Measurement method, communication method, communication device and computer readable storage medium

Abstract

Provided in the present application are a measurement method, a communication method, a communication device, and a computer readable storage medium, the measurement method comprising: measuring a reference signal (RS) resource to obtain a measurement result of the RS resource, the RS resource occupying a plurality of time-frequency resources, the frequency domain positions where the plurality of time-frequency resources are located meet at least one of the following conditions: the frequency domain positions where the plurality of time-frequency resources are located belong to different frequency intervals; the frequency domain positions of the plurality of time-frequency resources belong to different subintervals of the same frequency interval; the frequency domain positions of the plurality of time-frequency resources belong to different frequency interval groups. In the scheme provided by the invention, measurement in a large-bandwidth system can be realized through a single reference signal resource, and the resource configuration overhead of the reference signal can be saved.

Description

Technical Field

[0001] The present application relates to the field of communication technology, and in particular to a communication method, a communication device, and a computer-readable storage medium. Background Art

[0002] Beam forming is a signal processing technique that uses an antenna array to send and receive signals directionally. In beam forming technology, the signal is sent in a specific direction instead of omnidirectionally. This beam-based signal transmission method can focus the signal power in a specific direction, making it more likely to be detected at the destination.

[0003] In existing beamforming technologies, the measurement of analog beams and the determination of channel state information (CSI) are performed on specific carrier frequencies. In large-bandwidth systems, the optimal beams or CSIs at different frequencies are different, and the measurement results at a specific carrier frequency cannot be applied to the entire bandwidth. There are currently no relevant solutions or discussions on beam management and CSI measurement in large-bandwidth systems. Summary of the invention

[0004] The present application provides a measurement method, a communication method, a communication device, and a computer-readable storage medium, which can reduce the reference signal resource configuration overhead while obtaining measurement results on multiple frequency information.

[0005] In a first aspect, an embodiment of the present application provides a measurement method, the method comprising: measuring a reference signal RS resource to obtain a measurement result of the RS resource, wherein the RS resource occupies multiple time-frequency resources, and the frequency domain positions of the multiple time-frequency resources satisfy at least one of the following: the frequency domain positions of the multiple time-frequency resources belong to different frequency intervals; the frequency domain positions of the multiple time-frequency resources belong to different sub-intervals of the same frequency interval; the frequency domain positions of the multiple time-frequency resources belong to different frequency interval groups.

[0006] Optionally, the frequency interval is at least one of the following: component carrier (CC), carrier frequency, carrier bandwidth, cell, cell bandwidth, subband, frequency band, bandwidth, frequency point, physical cell, physical cell bandwidth, service cell, service cell bandwidth, frequency range, resource block, physical resource block, frequency domain resource width of resource block, and frequency domain resource width of physical resource block.

[0007] Optionally, the multiple time-frequency resources satisfy at least one of the following: the time domain positions of the multiple time-frequency resources are the same or different.

[0008] Optionally, before measuring the RS resources, the method also includes: receiving first configuration information, the first configuration information is used to configure the RS resources, wherein the first configuration information includes: frequency domain resource information, the frequency domain resource information is used to determine the frequency domain position of the RS resources, the frequency domain position determined by the frequency resource information corresponds to one or more frequency information.

[0009] Optionally, the first configuration information also includes: frequency offset information, and the frequency offset information is used to offset the first frequency domain position determined by the frequency domain resource information to a second frequency domain position, wherein the first frequency domain position and the second frequency domain position correspond to different frequency information.

[0010] Optionally, the first configuration information also includes: time domain resource information, the time domain resource information is used to determine the time domain position of the RS resource; time offset information, the time offset information is used to offset the first time domain position determined by the time domain resource information to a second time domain position.

[0011] Optionally, the time offset information and the frequency offset information satisfy at least one of the following: the time offset information and the frequency offset information correspond one-to-one; the time offset information corresponds to multiple frequency offset information; the time offset information and the corresponding frequency offset information are used to offset the RS resource from the occupied first time-frequency resource to the second time-frequency resource, and the frequency domain positions of the first time-frequency resource and the second time-frequency resource correspond to different frequency information; the time offset information corresponds to one or more time-frequency resources corresponding to different frequency information in the time-frequency resources occupied by the RS resource.

[0012] Optionally, before measuring multiple time-frequency resources of RS resources, the method also includes: receiving second configuration information, the second configuration information is used to configure a resource set, and the RS resources are selected from the resource set, wherein the second configuration information includes at least one of the following: common time offset information, the common time offset information is used to offset the time domain position determined by the time domain resource information of each RS resource in the resource set; common frequency offset information, the common frequency offset information is used to offset the frequency domain position determined by the frequency domain resource information of each RS resource in the resource set.

[0013] Optionally, the common time offset information and the common frequency offset information satisfy at least one of the following: the common time offset information and the common frequency offset information correspond one-to-one; the common time offset information corresponds to a plurality of the common frequency offset information; the common time offset information and the corresponding common frequency offset information are used to offset the RS resources in the resource set from the occupied first time-frequency resources to the second time-frequency resources, and the frequency domain positions of the first time-frequency resources and the second time-frequency resources correspond to different frequency information; the common time offset information corresponds to one or more time-frequency resources corresponding to different frequency information in the time-frequency resources occupied by the RS resources in the resource set.

[0014] Optionally, the method includes: sending an inter-frequency measurement report, where the inter-frequency measurement report is used to report a measurement result of at least one of the RS resources.

[0015] Optionally, a dedicated scrambling method is used for the uplink channel used to carry the cross-frequency measurement report.

[0016] Optionally, the inter-frequency measurement report includes report-specific indication information, where the report-specific indication information is used to indicate that the type of the report is an inter-frequency measurement report.

[0017] Optionally, the method also includes: receiving dedicated indication information, wherein the dedicated indication information is used to indicate report configuration information corresponding to the cross-frequency measurement report, or the dedicated indication information is used to indicate resource information used to generate the cross-frequency measurement report, or the dedicated indication information is used to indicate that the cross-frequency measurement report is triggered.

[0018] Optionally, the dedicated indication information is carried in any one of the following information: the resource configuration information, the report configuration information, and a trigger instruction for triggering the cross-frequency measurement report.

[0019] Optionally, the method also includes: receiving activation indication information, the activation indication information is used to activate at least two frequency information, the at least two frequency information are selected from the frequency information associated with the at least one RS resource, wherein the frequency information associated with the RS resource is the frequency information corresponding to the time-frequency resources occupied by the RS resource.

[0020] Optionally, the frequency information corresponding to the time-frequency resources occupied by the RS resource is recorded as the frequency information associated with the RS resource, and the cross-frequency measurement report carries at least one of the following: uplink transmission resources in one or more or each frequency information associated with each RS resource in the RS resource corresponding to the measurement result contained in the cross-frequency measurement report; uplink transmission resources in one or more or each frequency information associated with a part of the RS resources in the RS resource corresponding to the measurement result contained in the cross-frequency measurement report; uplink transmission resources in one or more or each frequency information associated with the first default RS resource, the first default RS resource is the default RS resource in the RS resource corresponding to the measurement result contained in the cross-frequency measurement report; uplink transmission resources in the first default frequency information, the first default frequency information is the default frequency information in all frequency information associated with the first default RS resource; uplink transmission resources in the second default frequency information, the second default frequency information is the default frequency information in all frequency information associated with the RS resource corresponding to the measurement result contained in the cross-frequency measurement report ; uplink transmission resources in one or more or each frequency information associated with each RS resource in the RS resource under test; uplink transmission resources in one or more or each frequency information associated with a part of the RS resources in the RS resource under test; uplink transmission resources in one or more or each frequency information associated with the second default RS resource, the second default RS resource is the default RS resource in the RS resource under test; uplink transmission resources in the third default frequency information, the third default frequency information is the default frequency information in all frequency information associated with the second default RS resource; uplink transmission resources in the fourth default frequency information, the fourth default frequency information is the default frequency information in all frequency information associated with the RS resource under test; uplink transmission resources in one or more or each frequency information in all frequency information corresponding to the measurement result contained in the cross-frequency measurement report; uplink transmission resources in the fifth default frequency information, the fifth default frequency information is the default frequency information in all frequency information corresponding to the measurement result contained in the cross-frequency measurement report; main carrier.

[0021] Optionally, before sending the cross-frequency measurement report, the method also includes: receiving a single report configuration information, and the report configuration information satisfies any one of the following items: the report configuration information is associated with one or more RS resources; the report configuration information is associated with multiple frequency information, and the RS resource to be measured is determined based on the frequency information associated with the report configuration information.

[0022] Optionally, the frequency information corresponding to the time-frequency resources occupied by the RS resources is recorded as the frequency information associated with the RS resources, and the cross-frequency measurement report is carried by at least one of the following: the uplink transmission resources configured by the report configuration information; the uplink transmission resources in the sixth default frequency information, the sixth default frequency information is the default frequency information in the frequency information associated with the report configuration information; the uplink transmission resources in one or more or each frequency information associated with the report configuration information; the uplink transmission resources in one or more or each frequency information associated with at least a part of the RS resources associated with the report configuration information; the uplink transmission resources in the seventh default frequency information, the seventh default frequency information is the default frequency information in the frequency information associated with at least a part of the RS resources associated with the report configuration information; the uplink transmission resources in one or more or each frequency information or the default frequency information associated with the third default RS resource, the third default RS resource is the default RS resource among all RS resources associated with the report configuration information.

[0023] Optionally, before sending the cross-frequency measurement report, the method also includes: receiving multiple report configuration information, the multiple report configuration information satisfying any one of the following: the multiple report configuration information are associated with multiple RS resources, wherein each report configuration information is associated with at least one RS resource, and the multiple report configuration information are associated with each other; the RS resources associated with the multiple report configuration information are the same; the multiple report configuration information are associated with multiple frequency information, wherein each report configuration information is associated with at least one frequency information, and the multiple report configuration information are associated with each other, and the RS resources to be measured are determined based on the frequency information associated with the multiple report configuration information.

[0024] Optionally, the frequency information corresponding to the time-frequency resources occupied by the RS resource is recorded as the frequency information associated with the RS resource, and the cross-frequency measurement report includes multiple cross-frequency measurement sub-reports, and the multiple cross-frequency measurement sub-reports respectively correspond to the multiple report configuration information, and the multiple cross-frequency measurement sub-reports include a first sub-report, and the first sub-report satisfies at least one of the following: carried on the uplink transmission resources configured by the first report configuration information, and the first report configuration information is the report configuration information corresponding to the first sub-report; carried on the uplink transmission resources in one or more or each of the multiple frequency information associated with the first report configuration information or the default frequency information; carried on all frequency information associated with the RS resource associated with the first report configuration information. one or more or each frequency information or uplink transmission resources in the rate information or the default frequency information; an uplink transmission resource carried by one or more or each frequency information or the default frequency information in the fourth default RS resource, wherein the fourth default RS resource is the default RS resource in all RS resources associated with the first report configuration information; an uplink transmission resource carried by one or more or each frequency information associated with each RS resource in the RS resources corresponding to the measurement result included in the first sub-report; an uplink transmission resource carried by one or more or each frequency information associated with a part of the RS resources in the RS resources corresponding to the measurement result included in the first sub-report; one or more associated with the fifth default RS resource or uplink transmission resources in each frequency information, the fifth default RS resource is the default RS resource in the RS resources corresponding to the measurement result contained in the first sub-report; uplink transmission resources carried in the eighth default frequency information, the eighth default frequency information is the default frequency information in all frequency information associated with the fifth default RS resource; uplink transmission resources carried in one or more or each frequency information or default frequency information in all frequency information corresponding to the measurement result contained in the first sub-report; uplink transmission resources configured by the first default report configuration information, the first default report configuration information is the default report configuration information in the multiple report configuration information; uplink transmission resources carried in the first default report configuration information associated an uplink transmission resource in one or more or each frequency information or default frequency information among multiple frequency information of the first default report configuration information; an uplink transmission resource in one or more or each frequency information or default frequency information associated with all frequency information associated with the RS resource associated with the first default report configuration information; an uplink transmission resource in one or more or each frequency information or default frequency information carried in a sixth default RS resource, wherein the sixth default RS resource is a default RS resource among all RS resources associated with the first default report configuration information; an uplink transmission resource in one or more or each frequency information associated with each RS resource in the RS resource corresponding to the measurement result contained in the subreport corresponding to the first default report configuration information;an uplink transmission resource carried in one or more or each frequency information associated with a part of the RS resources corresponding to the measurement result contained in the sub-report corresponding to the first default report configuration information; an uplink transmission resource carried in one or more or each frequency information associated with the seventh default RS resource, the seventh default RS resource being the default RS resource in the RS resources corresponding to the measurement result contained in the sub-report corresponding to the first default report configuration information; an uplink transmission resource carried in the ninth default frequency information, the ninth default frequency information being the default frequency information in all frequency information associated with the seventh default RS resource; an uplink transmission resource carried in one or more or each frequency information or default frequency information in all frequency information corresponding to the measurement result contained in the sub-report corresponding to the first default report configuration information; an uplink transmission resource configured by each report configuration information; a first default uplink transmission resource, the first default uplink transmission resource being the default uplink transmission resource in the uplink transmission resources configured by the multiple report configuration information; an uplink transmission resource carried in one or more or each frequency information or default frequency information in all frequency information associated with the multiple report configuration information; an uplink transmission resource carried in the RS resource association associated with the multiple report configuration information one or more or each frequency information or uplink transmission resources in the default frequency information of all frequency information; one or more or each frequency information or uplink transmission resources in the eighth default RS resource, wherein the eighth default RS resource is the default RS resource in all RS resources associated with the multiple report configuration information; uplink transmission resources carried in the tenth default frequency information, wherein the tenth default frequency information is the default frequency information in the frequency information to which the uplink transmission resources configured in the multiple report configuration information belong; uplink transmission resources carried in one or more or each frequency information associated with each RS resource in the RS resources corresponding to the measurement results contained in the multiple cross-frequency measurement sub-reports; uplink transmission resources carried in one or more or each frequency information associated with a part of RS resources in the RS resources corresponding to the measurement results contained in the multiple cross-frequency measurement sub-reports; uplink transmission resources carried in one or more or each frequency information or uplink transmission resources in the default RS resource in the RS resources corresponding to the measurement results contained in the multiple cross-frequency measurement sub-reports; uplink transmission resources carried in one or more or each frequency information or uplink transmission resources in the default frequency information in all frequency information corresponding to the measurement results contained in the multiple cross-frequency measurement sub-reports. ;

[0025] Optionally, the frequency information corresponding to the time-frequency resources occupied by the RS resources is recorded as the frequency information associated with the RS resources, and the method also includes: sending a first measurement report, the first measurement report including: measurement reports of K RS resources, K is a positive integer, and the measurement report of the RS resources includes at least one of the following: measurement results of the RS resources, the measurement results including: CSI group and / or beam information and / or at least one first common CSI, wherein the CSI group includes multiple CSIs, the multiple CSIs respectively correspond to multiple frequency information associated with the RS resources, and at least two of the multiple frequency information share one first common CSI; resource indication information, the resource indication information is used to indicate the RS resources; first frequency indication information, the first frequency indication information is used to indicate the frequency information corresponding to the CSI; second frequency indication information, the second frequency indication information is used to indicate at least two frequency information sharing the first common CSI; multiple quality information, the multiple quality information respectively corresponds to the multiple frequency information associated with the RS resources or respectively corresponds to the multiple CSIs; third frequency indication information, the third frequency indication information is used to indicate the quality frequency information corresponding to the measurement result; first comprehensive quality information, the first comprehensive quality information is determined based on the quality information corresponding to multiple frequency information associated with the RS resource; second comprehensive quality information, the second comprehensive quality information is determined based on the quality information corresponding to each CSI in the CSI group; third comprehensive quality information corresponding to the first public CSI, the third comprehensive quality information is determined based on the quality information corresponding to at least two frequency information sharing the first public CSI; broadband quality information corresponding to at least one frequency information among the multiple frequency information; terminal capability information and / or co-location information corresponding to the measurement result; terminal capability information and / or co-location information corresponding to the RS resource; terminal capability information and / or co-location information corresponding to each frequency information associated with the RS resource; terminal capability information and / or co-location information corresponding to each quality information; terminal capability information and / or co-location information corresponding to each CSI; first grouping indication information, measurement reports of multiple RS resources carrying the same first grouping indication information satisfy: the frequency information associated with the multiple RS resources is different; first confirmation indication information, the first confirmation indication information is used to indicate whether the RS resource is associated with multiple frequency information.

[0026] Optionally, the measurement report of the RS resource also includes sharing indication information, and the sharing indication information includes at least one of the following: first sharing indication information, the first sharing indication information is used to indicate first related frequency information of the measurement report of the RS resource being shared, and the first related frequency information is not associated with the RS resource; second sharing indication information, the second sharing indication information is used to indicate first related frequency information of at least a part of the measurement result of the RS resource being shared, wherein at least a part of the measurement result is any one of the following: the CSI group, one or more CSIs in the CSI group, the beam information, and one or more of the first common CSIs; third sharing indication information, the third sharing indication information is used to indicate first related frequency information of sharing quality-related information, wherein the quality-related information is any one of the following: one or more of the quality information, the first comprehensive quality information, the second comprehensive quality information, and one or more of the third comprehensive quality information.

[0027] Optionally, the first measurement report satisfies at least one of the following: the measurement reports of the K RS resources are carried in the first measurement report according to a preset order or position; K>1, and the frequency information associated with at least two RS resources among the K RS resources is different.

[0028] Optionally, the measurement reports of the K RS resources are carried in the first measurement report in a preset order or position, which is any one of the following: arranged in ascending or descending order according to the index of the RS resources; first arranged according to the frequency information associated with the RS resources, and then arranged according to the first group to which the measurement reports of the RS resources belong; or, first arranged according to the first group to which the measurement reports of the RS resources belong, and then arranged according to the frequency information associated with the RS resources; wherein the frequency information associated with the RS resources whose measurement reports belong to the same first group is different.

[0029] Optionally, the measurement report of the RS resources satisfies at least one of the following: the multiple CSIs are carried in the CSI group according to a preset order or position; multiple first public CSIs are carried in the measurement report of the RS resources according to a preset order or position; multiple quality information are carried in the measurement report of the RS resources according to a preset order or position; multiple third comprehensive quality information are carried in the measurement report of the RS resources according to a preset order or position; the measurement report of the RS resources includes multiple second groups, the multiple second groups respectively correspond to multiple frequency information associated with the RS resources, different second groups correspond to different frequency information, wherein the second group includes at least one of the following: the CSI, the quality information, and the first frequency indication information.

[0030] Optionally, the method also includes: receiving first indication information, the first indication information being used to indicate target information, the target information satisfying at least one of the following: the target information is applicable to at least one frequency information associated with a target RS resource, wherein the target RS resource is an RS resource corresponding to the target information among the K RS resources; the target information is applicable to each frequency information associated with the target RS resource; the target information is applicable to a default frequency information among multiple frequency information associated with the target RS resource; the target information is applicable to one or more frequency information indicated by the second frequency indication information; the target information is applicable to the default frequency information among multiple frequency information indicated by the second frequency indication information; the target information is applicable to at least one frequency information indicated by the first frequency indication information; the target information is applicable to at least one frequency information indicated by the third frequency indication information.

[0031] Optionally, the first indication information also includes at least one of the following: first auxiliary indication information, the target information is applicable to the frequency information indicated by the first auxiliary indication information; second auxiliary indication information, the second auxiliary indication information is used to indicate the frequency information applicable to the target information among multiple frequency information associated with the target RS resource; third auxiliary indication information, the third auxiliary indication information is used to indicate first related frequency information applicable to the target information, and the first related frequency information is not associated with the target RS resource.

[0032] Optionally, the target information satisfies at least one of the following: the number of target information is 1, and the target information is applicable to multiple frequency information; different target information is applicable to different frequency information; the first grouping indication information carried by the measurement reports of multiple target RS resources is the same; the first group to which the measurement reports of the multiple target RS resources belong is the same; the first confirmation indication information corresponding to the target RS resource is a preset value; in the measurement report of the target RS resource, the measurement results corresponding to different target information belong to different second groups; the terminal capability information corresponding to the measurement results corresponding to different target information in the first measurement report is the same; the co-location information corresponding to the measurement results corresponding to different target information in the first measurement report is the same; the multiple target RS resources The corresponding terminal capability information in the first measurement report is the same; the co-location information corresponding to the multiple target RS resources in the first measurement report is the same; the terminal capability information corresponding to the multiple frequency information applicable to the target information in the first measurement report is the same; the co-location information corresponding to the multiple frequency information applicable to the target information in the first measurement report is the same; the terminal capability information corresponding to the quality information corresponding to different target information in the first measurement report is the same; the co-location information corresponding to the quality information corresponding to different target information in the first measurement report is the same; the terminal capability information corresponding to the CSI corresponding to different target information in the first measurement report is the same; the co-location information corresponding to the CSI corresponding to different target information in the first measurement report is the same.

[0033] Optionally, the frequency information corresponding to the time-frequency resources occupied by the RS resource is recorded as the frequency information associated with the RS resource, and the method further includes: sending a second measurement report, the second measurement report including: L third measurement reports, L is a positive integer, and the third measurement report includes at least one of the following: measurement results of N RS resources, the measurement results including: CSI group and / or beam information and / or at least one first public CSI and / or second public CSI, wherein the CSI group includes multiple CSIs, the multiple CSIs respectively correspond to multiple frequency information associated with the RS resource, at least two of the multiple frequency information share one first public CSI, and the public frequency information associated with the RS resource The second common CSI is shared by the N RS resources, the common frequency information is the same frequency information associated with the N RS resources, N is a positive integer; a third common CSI, the N RS resources share the third common CSI on the common frequency information; resource indication information, the resource indication information is used to indicate the RS resources respectively; first frequency indication information, the first frequency indication information is used to indicate the frequency information corresponding to the CSI; second frequency indication information, the second frequency indication information is used to indicate at least two frequency information sharing the first common CSI; fourth frequency indication information, the fourth frequency indication information is used to indicate the common frequency information; the quality corresponding to each CSI in the measurement results of the N RS resources information; quality information corresponding to each frequency information associated with the N RS resources; third frequency indication information, the third frequency indication information is used to indicate the frequency information corresponding to the quality information; first comprehensive quality information corresponding to the RS resource, the first comprehensive quality information is determined based on the quality information corresponding to multiple frequency information associated with the RS resource; second comprehensive quality information corresponding to the CSI group, the second comprehensive quality information is determined based on the quality information corresponding to each CSI in the CSI group; third comprehensive quality information corresponding to the first public CSI, the third comprehensive quality information is determined based on the quality information corresponding to at least two frequency information sharing the first public CSI; fourth comprehensive quality information corresponding to the second public CSI The fourth comprehensive quality information is determined based on the quality information corresponding to the common frequency information sharing the second common CSI; the fifth comprehensive quality information corresponding to the common frequency information, the fifth comprehensive quality information is determined based on the quality information of the N RS resources on the common frequency information; broadband quality information corresponding to one or more frequency information; terminal capability information and / or co-location information corresponding to the measurement result; terminal capability information and / or co-location information corresponding to the RS resource; terminal capability information and / or co-location information corresponding to each frequency information associated with the RS resource; terminal capability information and / or co-location information corresponding to the common frequency information; terminal capability information and / or co-location information corresponding to the quality information;The terminal capability information and / or co-location information corresponding to the CSI; the terminal capability information and / or co-location information corresponding to the third measurement report; second grouping indication information, wherein multiple third measurement reports carrying the same second grouping indication information satisfy: different third measurement reports are associated with different common frequency information, wherein the common frequency information associated with the third measurement report refers to the common frequency information associated with N RS resources corresponding to the measurement result contained in the third measurement report; third grouping indication information, wherein multiple third measurement reports carrying the same third grouping indication information satisfy: different third measurement reports are associated with different frequency information, wherein the frequency information associated with the third measurement report refers to the frequency information associated with N RS resources corresponding to the measurement result contained in the third measurement report; first confirmation indication information, wherein the first confirmation indication information is used to indicate whether the RS resource is associated with multiple frequency information; second confirmation indication information, wherein the second confirmation indication information is used to indicate whether the N RS resources are all associated with multiple frequency information. ;

[0034] Optionally, the third measurement report also includes sharing indication information, and the sharing indication information includes at least one of the following: fourth sharing indication information, the fourth sharing indication information is used to indicate sharing of second-related frequency information of the third measurement report, and the second-related frequency information is not associated with any RS resource corresponding to the measurement result in the third measurement report; fifth sharing indication information, the fifth sharing indication information is used to indicate sharing of second-related frequency information of the measurement result of at least one RS resource in the third measurement report; sixth sharing indication information, the sixth sharing indication information is used to indicate sharing of third-related frequency information of the third measurement report, and the third-related frequency information is other frequency information other than the common frequency information associated with the third measurement report.

[0035] Optionally, the second measurement report satisfies at least one of the following: the L third measurement reports are carried in the second measurement report according to a preset order or position; L>1, and the frequency information or common frequency information associated with at least two third measurement reports among the L third measurement reports is different.

[0036] Optionally, the L third measurement reports are carried in the second measurement report in a preset order or position and are located in any one of the following: arranged in ascending or descending order according to the index of the third measurement report; first arranged according to the frequency information or common frequency information associated with the third measurement report, and then arranged according to the third group to which the third measurement report belongs; or, first arranged according to the third group to which the third measurement report belongs, and then arranged according to the frequency information or common frequency information associated with the third measurement report; wherein the frequency information or common frequency information associated with the third measurement reports belonging to the same third group is different.

[0037] Optionally, the third measurement report satisfies at least one of the following: the measurement results of the N RS resources are carried in the third measurement report according to a preset order or position; the quality information is carried in the third measurement report according to a preset order or position; multiple first comprehensive quality information are carried in the third measurement report according to a preset order or position; multiple second comprehensive quality information are carried in the third measurement report according to a preset order or position; multiple third comprehensive quality information are carried in the third measurement report according to a preset order or position; multiple fourth comprehensive quality information are carried in the third measurement report according to a preset order or position; multiple fifth comprehensive quality information are carried in the third measurement report according to a preset order or position.

[0038] Optionally, the method also includes: receiving second indication information, the second indication information being used to indicate a target information group, the target information group satisfying at least one of the following items: the target information group is applicable to at least one common frequency information associated with a target third measurement report, wherein the target third measurement report is a third measurement report corresponding to the target information group in the L third measurement reports; the target information group is applicable to each common frequency information associated with the target third measurement report; the target information group is applicable to a default frequency information among multiple common frequency information associated with the target third measurement report; the target information group is applicable to one or more common frequency information indicated by the fourth frequency indication information; the target information group is applicable to the default frequency information among multiple common frequency information indicated by the fourth frequency indication information.

[0039] Optionally, the second indication information also includes at least one of the following: first auxiliary indication information, the target information group is applicable to the frequency information indicated by the first auxiliary information; fourth auxiliary indication information, the fourth auxiliary indication information is used to indicate the common frequency information applicable to the target information group in the common frequency information associated with the target third measurement report; fifth auxiliary indication information, the fifth auxiliary indication information is used to indicate second-related frequency information applicable to the target information group, and the second-related frequency information is not associated with any RS resource corresponding to the measurement result in the third measurement report; sixth auxiliary indication information, the sixth auxiliary indication information is used to indicate third-related frequency information applicable to the target information group, and the third-related frequency information is other frequency information other than the common frequency information associated with the third measurement report.

[0040] Optionally, the target information group satisfies at least one of the following: the number of the target information groups is 1, and the target information group is applicable to multiple frequency information; different target information groups are applicable to different frequency information; the second grouping indication information carried by the multiple target third measurement reports is the same; the third grouping indication information carried by the multiple target third measurement reports is the same; the third groups to which the multiple target third measurement reports belong are the same; the first confirmation indication information carried by the target third measurement report is a preset value; the second confirmation indication information carried by the target third measurement report is the preset value; the terminal capability information corresponding to the measurement results corresponding to the target information group in the second measurement report is the same; the co-location information corresponding to the measurement results corresponding to the target information group in the second measurement report is the same; the terminal capability information corresponding to all RS resources corresponding to the measurement results in the target third measurement report is the same in the second measurement report; the co-location information corresponding to all RS resources corresponding to the measurement results in the target third measurement report is the same; the terminal capability information corresponding to the multiple frequency information applicable to the target information group in the second measurement report is the same; the co-location information corresponding to the multiple frequency information applicable to the target information group in the second measurement report is the same.

[0041] Optionally, the quality information is at least one of the following: reference signal received power RSRP, signal-to-noise ratio SINR, channel quality indication CQI, and rank indication.

[0042] Optionally, the target information is at least one of the following: beam information, transmission configuration indicating TCI state, source RS of TCI state, precoding information, MCS information, and rank information.

[0043] Optionally, the target information is used for signal transmission on a single radio frequency channel of the terminal; and / or, the target information is used to determine a single beam adopted by the terminal.

[0044] Optionally, the method further includes: receiving third configuration information, the third configuration information being used to configure a TCI state pool corresponding to multiple frequency information; wherein the multiple frequency information includes first frequency information and second frequency information, and the TCI state of the first frequency information and the TCI state of the second frequency information satisfy at least one of the following: the TCI state corresponding to the same TCI state identification ID in the TCI state pool corresponding to the first frequency information and the TCI state pool corresponding to the second frequency information are the same; there is an association relationship between the TCI state corresponding to the same TCI state ID in the TCI state pool corresponding to the first frequency information and the TCI state pool corresponding to the second frequency information; the first frequency The first TCI state in the TCI state pool corresponding to the first frequency information and the second TCI state in the TCI state pool corresponding to the second frequency information have the same TCI state ID or an associated TCI state ID; the source RS in the first TCI state and the source RS in the second TCI state are the same or have an associated relationship; the source RSs of the TCI states corresponding to the same TCI state ID in the TCI state pool corresponding to the first frequency information and the TCI state pool corresponding to the second frequency information are the same; the source RSs of the TCI states corresponding to the same TCI state ID in the TCI state pool corresponding to the first frequency information and the TCI state pool corresponding to the second frequency information are associated with each other.

[0045] Optionally, the method includes: receiving third indication information, wherein the third indication information is used to indicate target information corresponding to the first frequency information; and determining target information corresponding to the second frequency information based on the target information corresponding to the first frequency information.

[0046] Optionally, the method further includes: receiving fourth configuration information, where the fourth configuration information is used to configure a TCI state pool corresponding to a single frequency information.

[0047] Optionally, the method also includes: receiving fourth indication information, the fourth indication information being used to indicate target information corresponding to frequency information configured with a TCI status pool; and determining target information corresponding to frequency information not configured with a TCI status pool based on the target information corresponding to the frequency information configured with the TCI status pool.

[0048] Optionally, the method also includes: using a first model to calculate first prediction information based on measurement information, and the first model is deployed on the terminal; wherein the measurement information is at least one of the following: a measurement result of a first RS resource; a measurement result corresponding to at least one frequency information associated with the first RS resource; a measurement result of the first RS resource within a first time period; a measurement result corresponding to at least one frequency information associated with the first RS resource within the first time period; wherein the first prediction information includes at least one of the following: a measurement result of the first RS resource within a second time period; a measurement result corresponding to at least one frequency information associated with the first RS resource within the second time period; a measurement result corresponding to first other frequency information, wherein the first other frequency information The information is frequency information other than the at least one frequency information associated with the first RS resource; measurement results corresponding to the first other frequency information in the first time period and / or the second time period; measurement results of a second RS resource; measurement results corresponding to at least one frequency information associated with the second RS resource; measurement results of the second RS resource in the second time period; measurement results of at least one frequency information associated with the second RS resource in the first time period and / or the second time period; measurement results corresponding to second other frequency information, wherein the second other frequency information is frequency information other than the frequency information associated with the first RS resource; measurement results corresponding to the second other frequency information in the first time period and / or the second time period.

[0049] Optionally, the triggering condition for the first model to execute the calculation includes any one of the following: receiving update information of any frequency information, the update information being any one of the following: new beam indication, new precoding indication, new MCS indication, new rank indication; inputting the update information into the first model; receiving new report configuration information or configuration information of new RS resources; receiving update indication information, the update indication information being used to update the configuration information of configured RS resources and / or the configuration information of the resource set to which the configured RS resources belong; inputting the new report configuration information or the configuration information of the new resources or the updated configuration information of the configured RS resources or the updated configuration information of the resource set to which the configured RS resources belong into the first model; receiving reconfiguration information of the carrier aggregation CC, the reconfiguration The CC includes one or more frequency information in the at least one frequency information; fifth indication information is received, and the fifth indication information is used to activate or deactivate one or more frequency information; an indication to perform bandwidth part BWP switching on one or more frequency information is received; the first model is updated; the first model is started; switching from other models to the first model is detected; switching is performed or a switching command is received, and the switching is any one of the following: cell switching, operating frequency switching, transmission receiving point TRP switching, BWP switching; new network equipment or new operator is detected, or moved to the service range of the new network equipment or new operator; the signal transmission quality of the new cell is detected to reach the first threshold value; the signal transmission quality on one or more frequency information is lower than the second threshold value; the neighboring cell list is updated.

[0050] In a second aspect, an embodiment of the present application provides a communication method, the method comprising: sending first configuration information or second configuration information, the first configuration information is used to configure RS resources, and the second configuration information is used to configure the resource set to which the RS resources belong; wherein the RS resources occupy multiple time-frequency resources, and the frequency domain positions where the multiple time-frequency resources are located satisfy at least one of the following: the frequency domain positions where the multiple time-frequency resources are located belong to different frequency intervals; the frequency domain positions where the multiple time-frequency resources are located belong to different sub-intervals of the same frequency interval; the frequency domain positions where the multiple time-frequency resources are located belong to different frequency interval groups.

[0051] Optionally, the frequency interval is at least one of the following: component carrier (CC), carrier frequency, carrier bandwidth, cell, cell bandwidth, subband, frequency band, bandwidth, frequency point, physical cell, physical cell bandwidth, service cell, service cell bandwidth, frequency range, resource block, physical resource block, frequency domain resource width of resource block, and frequency domain resource width of physical resource block.

[0052] Optionally, the time domain positions of the multiple time-frequency resources are the same or different.

[0053] Optionally, the first configuration information includes: frequency domain resource information, the frequency domain resource information is used to determine the frequency domain position of the RS resource, the frequency domain position determined by the frequency resource information corresponds to one or more frequency information.

[0054] Optionally, the first configuration information also includes: frequency offset information, and the frequency offset information is used to offset the first frequency domain position determined by the frequency domain resource information to a second frequency domain position, wherein the first frequency domain position and the second frequency domain position correspond to different frequency information.

[0055] Optionally, the first configuration information also includes: time domain resource information, the time domain resource information is used to determine the time domain position of the RS resource; time offset information, the time offset information is used to offset the first time domain position determined by the time domain resource information to a second time domain position.

[0056] Optionally, the time offset information and the frequency offset information satisfy at least one of the following: the time offset information and the frequency offset information correspond one-to-one; the time offset information corresponds to multiple frequency offset information; the time offset information and the corresponding frequency offset information are used to offset the RS resource from the occupied first time-frequency resource to the second time-frequency resource, and the frequency domain positions of the first time-frequency resource and the second time-frequency resource correspond to different frequency information; the time offset information corresponds to one or more time-frequency resources corresponding to different frequency information in the time-frequency resources occupied by the RS resource.

[0057] Optionally, the second configuration information includes at least one of the following: common time offset information, which is used to offset the time domain position determined by the time domain resource information of each RS resource in the resource set; common frequency offset information, which is used to offset the frequency domain position determined by the frequency domain resource information of each RS resource in the resource set.

[0058] Optionally, the common time offset information and the common frequency offset information satisfy at least one of the following: the common time offset information and the common frequency offset information correspond one-to-one; the common time offset information corresponds to a plurality of the common frequency offset information; the common time offset information and the corresponding common frequency offset information are used to offset the RS resources in the resource set from the occupied first time-frequency resources to the second time-frequency resources, and the frequency domain positions of the first time-frequency resources and the second time-frequency resources correspond to different frequency information; the common time offset information corresponds to one or more time-frequency resources corresponding to different frequency information in the time-frequency resources occupied by the RS resources in the resource set.

[0059] Optionally, the method includes: receiving an inter-frequency measurement report, where the inter-frequency measurement report is used to report a measurement result of at least one of the RS resources.

[0060] Optionally, a dedicated scrambling method is used for the uplink channel used to carry the cross-frequency measurement report.

[0061] Optionally, the inter-frequency measurement report includes report-specific indication information, where the report-specific indication information is used to indicate that the type of the report is an inter-frequency measurement report.

[0062] Optionally, the method also includes: sending dedicated indication information, wherein the dedicated indication information is used to indicate report configuration information corresponding to the cross-frequency measurement report, or the dedicated indication information is used to indicate resource information used to generate the cross-frequency measurement report, or the dedicated indication information is used to indicate that the cross-frequency measurement report is triggered.

[0063] Optionally, the configuration-specific indication information is carried in any one of the following information: the resource configuration information, the report configuration information, and a trigger instruction for triggering the cross-frequency measurement report.

[0064] Optionally, the method also includes: sending activation indication information, the activation indication information is used to activate at least two frequency information, the at least two frequency information are selected from the frequency information associated with the at least one RS resource, wherein the frequency information associated with the RS resource is the frequency information to which the time-frequency resource occupied by the RS resource belongs.

[0065] Optionally, the frequency information corresponding to the time-frequency resources occupied by the RS resource is recorded as the frequency information associated with the RS resource, and the cross-frequency measurement report carries at least one of the following: uplink transmission resources in one or more or each frequency information associated with each RS resource in the RS resource corresponding to the measurement result contained in the cross-frequency measurement report; uplink transmission resources in one or more or each frequency information associated with a part of the RS resources in the RS resource corresponding to the measurement result contained in the cross-frequency measurement report; uplink transmission resources in one or more or each frequency information associated with the first default RS resource, the first default RS resource is the default RS resource in the RS resource corresponding to the measurement result contained in the cross-frequency measurement report; uplink transmission resources in the first default frequency information, the first default frequency information is the default frequency information in all frequency information associated with the first default RS resource; uplink transmission resources in the second default frequency information, the second default frequency information is the default frequency information in all frequency information associated with the RS resource corresponding to the measurement result contained in the cross-frequency measurement report ; uplink transmission resources in one or more or each frequency information associated with each RS resource in the RS resource under test; uplink transmission resources in one or more or each frequency information associated with a part of the RS resources in the RS resource under test; uplink transmission resources in one or more or each frequency information associated with the second default RS resource, the second default RS resource is the default RS resource in the RS resource under test; uplink transmission resources in the third default frequency information, the third default frequency information is the default frequency information in all frequency information associated with the second default RS resource; uplink transmission resources in the fourth default frequency information, the fourth default frequency information is the default frequency information in all frequency information associated with the RS resource under test; uplink transmission resources in one or more or each frequency information in all frequency information corresponding to the measurement result contained in the cross-frequency measurement report; uplink transmission resources in the fifth default frequency information, the fifth default frequency information is the default frequency information in all frequency information corresponding to the measurement result contained in the cross-frequency measurement report; main carrier.

[0066] Optionally, before receiving the cross-frequency measurement report, the method also includes: sending a single report configuration information, and the report configuration information satisfies any one of the following items: the report configuration information is associated with one or more RS resources; the report configuration information is associated with multiple frequency information, and the RS resource to be measured is determined based on the frequency information associated with the report configuration information.

[0067] Optionally, the frequency information corresponding to the time-frequency resources occupied by the RS resources is recorded as the frequency information associated with the RS resources, and the cross-frequency measurement report is carried by at least one of the following: the uplink transmission resources configured by the report configuration information; the uplink transmission resources in the sixth default frequency information, the sixth default frequency information is the default frequency information in the frequency information associated with the report configuration information; the uplink transmission resources in one or more or each frequency information associated with the report configuration information; the uplink transmission resources in one or more or each frequency information associated with at least a part of the RS resources associated with the report configuration information; the uplink transmission resources in the seventh default frequency information, the seventh default frequency information is the default frequency information in the frequency information associated with at least a part of the RS resources associated with the report configuration information; the uplink transmission resources in one or more or each frequency information or the default frequency information associated with the third default RS resource, the third default RS resource is the default RS resource among all RS resources associated with the report configuration information.

[0068] Optionally, before receiving the cross-frequency measurement report, the method also includes: sending multiple report configuration information, the multiple report configuration information satisfying any one of the following: the multiple report configuration information are associated with multiple RS resources, wherein each report configuration information is associated with at least one RS resource, and the multiple report configuration information are associated with each other; the RS resources associated with the multiple report configuration information are the same; the multiple report configuration information are associated with multiple frequency information, wherein each report configuration information is associated with at least one frequency information, and the multiple report configuration information are associated with each other, and the RS resources to be measured are determined based on the frequency information associated with the multiple report configuration information.

[0069] Optionally, the frequency information corresponding to the time-frequency resources occupied by the RS resource is recorded as the frequency information associated with the RS resource, and the cross-frequency measurement report includes multiple cross-frequency measurement sub-reports, and the multiple cross-frequency measurement sub-reports respectively correspond to the multiple report configuration information, and the multiple cross-frequency measurement sub-reports include a first sub-report, and the first sub-report satisfies at least one of the following: carried on the uplink transmission resources configured by the first report configuration information, and the first report configuration information is the report configuration information corresponding to the first sub-report; carried on the uplink transmission resources in one or more or each of the multiple frequency information associated with the first report configuration information or the default frequency information; carried on all frequency information associated with the RS resource associated with the first report configuration information. one or more or each frequency information or uplink transmission resources in the rate information or the default frequency information; an uplink transmission resource carried by one or more or each frequency information or the default frequency information in the fourth default RS resource, wherein the fourth default RS resource is the default RS resource in all RS resources associated with the first report configuration information; an uplink transmission resource carried by one or more or each frequency information associated with each RS resource in the RS resources corresponding to the measurement result included in the first sub-report; an uplink transmission resource carried by one or more or each frequency information associated with a part of the RS resources in the RS resources corresponding to the measurement result included in the first sub-report; one or more associated with the fifth default RS resource or uplink transmission resources in each frequency information, the fifth default RS resource is the default RS resource in the RS resources corresponding to the measurement result contained in the first sub-report; uplink transmission resources carried in the eighth default frequency information, the eighth default frequency information is the default frequency information in all frequency information associated with the fifth default RS resource; uplink transmission resources carried in one or more or each frequency information or default frequency information in all frequency information corresponding to the measurement result contained in the first sub-report; uplink transmission resources configured by the first default report configuration information, the first default report configuration information is the default report configuration information in the multiple report configuration information; uplink transmission resources carried in the first default report configuration information associated an uplink transmission resource in one or more or each frequency information or default frequency information among multiple frequency information of the first default report configuration information; an uplink transmission resource in one or more or each frequency information or default frequency information associated with all frequency information associated with the RS resource associated with the first default report configuration information; an uplink transmission resource in one or more or each frequency information or default frequency information carried in a sixth default RS resource, wherein the sixth default RS resource is a default RS resource among all RS resources associated with the first default report configuration information; an uplink transmission resource in one or more or each frequency information associated with each RS resource in the RS resource corresponding to the measurement result contained in the subreport corresponding to the first default report configuration information;an uplink transmission resource carried in one or more or each frequency information associated with a part of the RS resources corresponding to the measurement result contained in the sub-report corresponding to the first default report configuration information; an uplink transmission resource carried in one or more or each frequency information associated with the seventh default RS resource, the seventh default RS resource being the default RS resource in the RS resources corresponding to the measurement result contained in the sub-report corresponding to the first default report configuration information; an uplink transmission resource carried in the ninth default frequency information, the ninth default frequency information being the default frequency information in all frequency information associated with the seventh default RS resource; an uplink transmission resource carried in one or more or each frequency information or default frequency information in all frequency information corresponding to the measurement result contained in the sub-report corresponding to the first default report configuration information; an uplink transmission resource configured by each report configuration information; a first default uplink transmission resource, the first default uplink transmission resource being the default uplink transmission resource in the uplink transmission resources configured by the multiple report configuration information; an uplink transmission resource carried in one or more or each frequency information or default frequency information in all frequency information associated with the multiple report configuration information; an uplink transmission resource carried in the RS resource association associated with the multiple report configuration information one or more or each frequency information or uplink transmission resources in the default frequency information of all frequency information; one or more or each frequency information or uplink transmission resources in the eighth default RS resource, wherein the eighth default RS resource is the default RS resource in all RS resources associated with the multiple report configuration information; uplink transmission resources carried in the tenth default frequency information, wherein the tenth default frequency information is the default frequency information in the frequency information to which the uplink transmission resources configured in the multiple report configuration information belong; uplink transmission resources carried in one or more or each frequency information associated with each RS resource in the RS resources corresponding to the measurement results contained in the multiple cross-frequency measurement sub-reports; uplink transmission resources carried in one or more or each frequency information associated with a part of RS resources in the RS resources corresponding to the measurement results contained in the multiple cross-frequency measurement sub-reports; uplink transmission resources carried in one or more or each frequency information or uplink transmission resources in the default RS resource in the RS resources corresponding to the measurement results contained in the multiple cross-frequency measurement sub-reports; uplink transmission resources carried in one or more or each frequency information or uplink transmission resources in the default frequency information in all frequency information corresponding to the measurement results contained in the multiple cross-frequency measurement sub-reports. ;

[0070] Optionally, the frequency information corresponding to the time-frequency resources occupied by the RS resources is recorded as the frequency information associated with the RS resources, and the method also includes: receiving a first measurement report, the first measurement report including: measurement reports of K RS resources, K is a positive integer, and the measurement report of the RS resources includes at least one of the following: measurement results of the RS resources, the measurement results including: CSI group and / or beam information and / or at least one first common CSI, wherein the CSI group includes multiple CSIs, the multiple CSIs respectively correspond to multiple frequency information associated with the RS resources, and at least two of the multiple frequency information share one first common CSI; resource indication information, the resource indication information is used to indicate the RS resources; first frequency indication information, the first frequency indication information is used to indicate the frequency information corresponding to the CSI; second frequency indication information, the second frequency indication information is used to indicate at least two frequency information sharing the first common CSI; multiple quality information, the multiple quality information respectively corresponds to the multiple frequency information associated with the RS resources or respectively corresponds to the multiple CSIs; third frequency indication information, the third frequency indication information is used to indicate the frequency information corresponding to the quality information; first comprehensive quality information, the first comprehensive quality information is determined based on the quality information corresponding to multiple frequency information associated with the RS resource; second comprehensive quality information, the second comprehensive quality information is determined based on the quality information corresponding to each CSI in the CSI group; third comprehensive quality information corresponding to the first public CSI, the third comprehensive quality information is determined based on the quality information corresponding to at least two frequency information sharing the first public CSI; broadband quality information corresponding to at least one frequency information among the multiple frequency information; terminal capability information and / or co-location information corresponding to the measurement result; terminal capability information and / or co-location information corresponding to the RS resource; terminal capability information and / or co-location information corresponding to each frequency information associated with the RS resource; terminal capability information and / or co-location information corresponding to each quality information; terminal capability information and / or co-location information corresponding to each CSI; first grouping indication information, the measurement reports of multiple RS resources carrying the same first grouping indication information satisfy: the frequency information associated with the multiple RS resources is different; first confirmation indication information, the first confirmation indication information is used to indicate whether the RS resource is associated with multiple frequency information.

[0071] Optionally, the measurement report of the RS resource also includes sharing indication information, and the sharing indication information includes at least one of the following: first sharing indication information, the first sharing indication information is used to indicate first related frequency information of the measurement report of the RS resource being shared, and the first related frequency information is not associated with the RS resource; second sharing indication information, the second sharing indication information is used to indicate first related frequency information of at least a part of the measurement result of the RS resource being shared, wherein at least a part of the measurement result is any one of the following: the CSI group, one or more CSIs in the CSI group, the beam information, and one or more of the first common CSIs; third sharing indication information, the third sharing indication information is used to indicate first related frequency information of sharing quality-related information, wherein the quality-related information is any one of the following: one or more of the quality information, the first comprehensive quality information, the second comprehensive quality information, and one or more of the third comprehensive quality information.

[0072] Optionally, the first measurement report satisfies at least one of the following: the measurement reports of the K RS resources are carried in the first measurement report according to a preset order or position; K>1, and the frequency information associated with at least two RS resources among the K RS resources is different.

[0073] Optionally, the measurement reports of the K RS resources are carried in the first measurement report in a preset order or position, which is any one of the following: arranged in ascending or descending order according to the index of the RS resources; first arranged according to the frequency information associated with the RS resources, and then arranged according to the first group to which the measurement reports of the RS resources belong; or, first arranged according to the first group to which the measurement reports of the RS resources belong, and then arranged according to the frequency information associated with the RS resources; wherein the frequency information associated with the RS resources whose measurement reports belong to the same first group is different.

[0074] Optionally, the measurement report of the RS resources satisfies at least one of the following: the multiple CSIs are carried in the CSI group according to a preset order or position; multiple first public CSIs are carried in the measurement report of the RS resources according to a preset order or position; multiple quality information are carried in the measurement report of the RS resources according to a preset order or position; multiple third comprehensive quality information are carried in the measurement report of the RS resources according to a preset order or position; the measurement report of the RS resources includes multiple second groups, the multiple second groups respectively correspond to multiple frequency information associated with the RS resources, different second groups correspond to different frequency information, wherein the second group includes at least one of the following: the CSI, the quality information, and the first frequency indication information.

[0075] Optionally, the method also includes: sending first indication information, the first indication information is used to indicate target information, and the target information satisfies at least one of the following items: the target information is applicable to at least one frequency information associated with a target RS resource, wherein the target RS resource is an RS resource corresponding to the target information among the K RS resources; the target information is applicable to each frequency information associated with the target RS resource; the target information is applicable to a default frequency information among multiple frequency information associated with the target RS resource; the target information is applicable to one or more frequency information indicated by the second frequency indication information; the target information is applicable to the default frequency information among multiple frequency information indicated by the second frequency indication information; the target information is applicable to at least one frequency information indicated by the first frequency indication information; the target information is applicable to at least one frequency information indicated by the third frequency indication information.

[0076] Optionally, the first indication information also includes at least one of the following: first auxiliary indication information, the target information is applicable to the frequency information indicated by the first auxiliary indication information; second auxiliary indication information, the second auxiliary indication information is used to indicate the frequency information applicable to the target information among multiple frequency information associated with the target RS resource; third auxiliary indication information, the third auxiliary indication information is used to indicate first related frequency information applicable to the target information, and the first related frequency information is not associated with the target RS resource.

[0077] Optionally, the target information satisfies at least one of the following: the number of target information is 1, and the target information is applicable to multiple frequency information; different target information is applicable to different frequency information; the first grouping indication information carried by the measurement reports of multiple target RS resources is the same; the first group to which the measurement reports of the multiple target RS resources belong is the same; the first confirmation indication information corresponding to the target RS resource is a preset value; in the measurement report of the target RS resource, the measurement results corresponding to different target information belong to different second groups; the terminal capability information corresponding to the measurement results corresponding to different target information in the first measurement report is the same; the co-location information corresponding to the measurement results corresponding to different target information in the first measurement report is the same; the multiple target RS resources The corresponding terminal capability information in the first measurement report is the same; the co-location information corresponding to the multiple target RS resources in the first measurement report is the same; the terminal capability information corresponding to the multiple frequency information applicable to the target information in the first measurement report is the same; the co-location information corresponding to the multiple frequency information applicable to the target information in the first measurement report is the same; the terminal capability information corresponding to the quality information corresponding to different target information in the first measurement report is the same; the co-location information corresponding to the quality information corresponding to different target information in the first measurement report is the same; the terminal capability information corresponding to the CSI corresponding to different target information in the first measurement report is the same; the co-location information corresponding to the CSI corresponding to different target information in the first measurement report is the same.

[0078] Optionally, the frequency information corresponding to the time-frequency resources occupied by the RS resource is recorded as the frequency information associated with the RS resource, and the method further includes: receiving a second measurement report, the second measurement report including: L third measurement reports, L is a positive integer, and the third measurement report includes at least one of the following: measurement results of N RS resources, the measurement results including: CSI group and / or beam information and / or at least one first public CSI and / or second public CSI, wherein the CSI group includes multiple CSIs, the multiple CSIs respectively correspond to multiple frequency information associated with the RS resource, at least two of the multiple frequency information share one first public CSI, and the public frequency information associated with the RS resource The second common CSI is shared by the N RS resources, the common frequency information is the same frequency information associated with the N RS resources, N is a positive integer; a third common CSI, the N RS resources share the third common CSI on the common frequency information; resource indication information, the resource indication information is used to indicate the RS resources respectively; first frequency indication information, the first frequency indication information is used to indicate the frequency information corresponding to the CSI; second frequency indication information, the second frequency indication information is used to indicate at least two frequency information sharing the first common CSI; fourth frequency indication information, the fourth frequency indication information is used to indicate the common frequency information; the quality corresponding to each CSI in the measurement results of the N RS resources information; quality information corresponding to each frequency information associated with the N RS resources; third frequency indication information, the third frequency indication information is used to indicate the frequency information corresponding to the quality information; first comprehensive quality information corresponding to the RS resource, the first comprehensive quality information is determined based on the quality information corresponding to multiple frequency information associated with the RS resource; second comprehensive quality information corresponding to the CSI group, the second comprehensive quality information is determined based on the quality information corresponding to each CSI in the CSI group; third comprehensive quality information corresponding to the first public CSI, the third comprehensive quality information is determined based on the quality information corresponding to at least two frequency information sharing the first public CSI; fourth comprehensive quality information corresponding to the second public CSI The fourth comprehensive quality information is determined based on the quality information corresponding to the common frequency information sharing the second common CSI; the fifth comprehensive quality information corresponding to the common frequency information, the fifth comprehensive quality information is determined based on the quality information of the N RS resources on the common frequency information; broadband quality information corresponding to one or more frequency information; terminal capability information and / or co-location information corresponding to the measurement result; terminal capability information and / or co-location information corresponding to the RS resource; terminal capability information and / or co-location information corresponding to each frequency information associated with the RS resource; terminal capability information and / or co-location information corresponding to the common frequency information; terminal capability information and / or co-location information corresponding to the quality information;The terminal capability information and / or co-location information corresponding to the CSI; the terminal capability information and / or co-location information corresponding to the third measurement report; second grouping indication information, wherein multiple third measurement reports carrying the same second grouping indication information satisfy: different third measurement reports are associated with different common frequency information, wherein the common frequency information associated with the third measurement report refers to the common frequency information associated with N RS resources corresponding to the measurement result contained in the third measurement report; third grouping indication information, wherein multiple third measurement reports carrying the same third grouping indication information satisfy: different third measurement reports are associated with different frequency information, wherein the frequency information associated with the third measurement report refers to the frequency information associated with N RS resources corresponding to the measurement result contained in the third measurement report; first confirmation indication information, wherein the first confirmation indication information is used to indicate whether the RS resource is associated with multiple frequency information; second confirmation indication information, wherein the second confirmation indication information is used to indicate whether the N RS resources are all associated with multiple frequency information. ;

[0079] Optionally, the measurement report of the third group also includes sharing indication information, and the sharing indication information includes at least one of the following: fourth sharing indication information, the fourth sharing indication information is used to indicate sharing of second-related frequency information of the third measurement report, and the second-related frequency information is not associated with any RS resource corresponding to the measurement result in the third measurement report; fifth sharing indication information, the fifth sharing indication information is used to indicate sharing of second-related frequency information of the measurement result of at least one RS resource in the third measurement report; sixth sharing indication information, the sixth sharing indication information is used to indicate sharing of third-related frequency information of the third measurement report, and the third-related frequency information is other frequency information other than the common frequency information associated with the third measurement report.

[0080] Optionally, the second measurement report satisfies at least one of the following: the L third measurement reports are carried in the second measurement report according to a preset order or position; L>1, and the frequency information or common frequency information associated with at least two third measurement reports among the L third measurement reports is different.

[0081] Optionally, the L third measurement reports are carried in the second measurement report in a preset order or position and are located in any one of the following: arranged in ascending or descending order according to the index of the third measurement report; first arranged according to the frequency information or common frequency information associated with the third measurement report, and then arranged according to the third group to which the third measurement report belongs; or, first arranged according to the third group to which the third measurement report belongs, and then arranged according to the frequency information or common frequency information associated with the third measurement report; wherein the frequency information or common frequency information associated with the third measurement reports belonging to the same third group is different.

[0082] Optionally, the third measurement report satisfies at least one of the following: the measurement results of the N RS resources are carried in the third measurement report according to a preset order or position; the quality information is carried in the third measurement report according to a preset order or position; multiple first comprehensive quality information are carried in the third measurement report according to a preset order or position; multiple second comprehensive quality information are carried in the third measurement report according to a preset order or position; multiple third comprehensive quality information are carried in the third measurement report according to a preset order or position; multiple fourth comprehensive quality information are carried in the third measurement report according to a preset order or position; multiple fifth comprehensive quality information are carried in the third measurement report according to a preset order or position.

[0083] Optionally, the method also includes: sending a second indication information, wherein the second indication information is used to indicate a target information group, and the target information group satisfies at least one of the following items: the target information group is applicable to at least one common frequency information associated with a target third measurement report, wherein the target third measurement report is a third measurement report corresponding to the target information group in the L third measurement reports; the target information group is applicable to each common frequency information associated with the target third measurement report; the target information group is applicable to a default frequency information among multiple common frequency information associated with the target third measurement report; the target information group is applicable to one or more common frequency information indicated by the fourth frequency indication information; the target information group is applicable to the default frequency information among multiple common frequency information indicated by the fourth frequency indication information.

[0084] Optionally, the second indication information also includes at least one of the following: first auxiliary indication information, the target information group is applicable to the frequency information indicated by the first auxiliary information; fourth auxiliary indication information, the fourth auxiliary indication information is used to indicate the common frequency information applicable to the target information group in the common frequency information associated with the target third measurement report; fifth auxiliary indication information, the fifth auxiliary indication information is used to indicate second-related frequency information applicable to the target information group, and the second-related frequency information is not associated with any RS resource corresponding to the measurement result in the third measurement report; sixth auxiliary indication information, the sixth auxiliary indication information is used to indicate third-related frequency information applicable to the target information group, and the third-related frequency information is other frequency information other than the common frequency information associated with the third measurement report.

[0085] Optionally, the target information group satisfies at least one of the following: the number of the target information groups is 1, and the target information group is applicable to multiple frequency information; different target information groups are applicable to different frequency information; the second grouping indication information carried by the multiple target third measurement reports is the same; the third grouping indication information carried by the multiple target third measurement reports is the same; the third groups to which the multiple target third measurement reports belong are the same; the first confirmation indication information carried by the target third measurement report is a preset value; the second confirmation indication information carried by the target third measurement report is the preset value; the terminal capability information corresponding to the measurement results corresponding to the target information group in the second measurement report is the same; the co-location information corresponding to the measurement results corresponding to the target information group in the second measurement report is the same; the terminal capability information corresponding to all RS resources corresponding to the measurement results in the target third measurement report is the same in the second measurement report; the co-location information corresponding to all RS resources corresponding to the measurement results in the target third measurement report is the same; the terminal capability information corresponding to the multiple frequency information applicable to the target information group in the second measurement report is the same; the co-location information corresponding to the multiple frequency information applicable to the target information group in the second measurement report is the same.

[0086] Optionally, the quality information is at least one of the following: reference signal received power RSRP, signal-to-noise ratio SINR, channel quality indication CQI, and rank indication.

[0087] Optionally, the target information is at least one of the following: transmission configuration indicating TCI state, source RS of TCI state, precoding information, MCS information, and rank information.

[0088] Optionally, the target information is used for signal transmission on a single radio frequency channel of the terminal; and / or, the target information is used to determine a single beam adopted by the terminal.

[0089] Optionally, the method further includes: sending third configuration information, wherein the third configuration information is used to configure a TCI state pool corresponding to multiple frequency information; wherein the multiple frequency information includes first frequency information and second frequency information, and the TCI state of the first frequency information and the TCI state of the second frequency information satisfy at least one of the following: the TCI state corresponding to the same TCI state identification ID in the TCI state pool corresponding to the first frequency information and the TCI state pool corresponding to the second frequency information are the same; there is an association relationship between the TCI state corresponding to the same TCI state ID in the TCI state pool corresponding to the first frequency information and the TCI state pool corresponding to the second frequency information; the first frequency The first TCI state in the TCI state pool corresponding to the first frequency information and the second TCI state in the TCI state pool corresponding to the second frequency information have the same TCI state ID or an associated TCI state ID; the source RS in the first TCI state and the source RS in the second TCI state are the same or have an associated relationship; the source RSs of the TCI states corresponding to the same TCI state ID in the TCI state pool corresponding to the first frequency information and the TCI state pool corresponding to the second frequency information are the same; the source RSs of the TCI states corresponding to the same TCI state ID in the TCI state pool corresponding to the first frequency information and the TCI state pool corresponding to the second frequency information are associated with each other.

[0090] Optionally, the method includes: sending third indication information, wherein the third indication information is used to indicate target information corresponding to the first frequency information, and the target information corresponding to the first frequency information is used to determine the target information corresponding to the second frequency information.

[0091] Optionally, the method further includes: sending fourth configuration information, where the fourth configuration information is used to configure a TCI state pool corresponding to a single frequency information.

[0092] Optionally, the method also includes: sending fourth indication information, the fourth indication information being used to indicate target information corresponding to frequency information configured with a TCI status pool, and the target information corresponding to frequency information configured with a TCI status pool being used to determine target information corresponding to frequency information not configured with a TCI status pool.

[0093] Optionally, the method further includes: using a second model to calculate second prediction information based on the report information, and the second model is deployed on the network device; wherein the report information is at least one of the following: the measurement result of the third RS resource; the measurement result corresponding to at least one frequency information associated with the third RS resource; the measurement result of the third RS resource in the first time period; the measurement result corresponding to at least one frequency information associated with the third RS resource in the first time period; wherein the second prediction information includes at least one of the following: the measurement result of the third RS resource in the second time period; the measurement result corresponding to at least one frequency information associated with the third RS resource in the second time period; the measurement result corresponding to third other frequency information, wherein the third other frequency The information is frequency information associated with the third RS resource other than the at least one frequency information; measurement results corresponding to the third other frequency information in the first time period and / or the second time period; measurement results of a fourth RS resource; measurement results corresponding to at least one frequency information associated with the fourth RS resource; measurement results of the fourth RS resource in the second time period; measurement results of at least one frequency information associated with the fourth RS resource in the first time period and / or the second time period; measurement results corresponding to fourth other frequency information, wherein the fourth other frequency information is frequency information other than the frequency information associated with the third RS resource; measurement results corresponding to the fourth other frequency information in the first time period and / or the second time period.

[0094] Optionally, the triggering condition for the second model to execute the calculation includes any one of the following: sending update information of any frequency information, the update information being any one of the following: new beam indication, new precoding indication, new MCS indication, new rank indication; inputting the update information into the second model; sending new report configuration information or configuration information of new RS resources; sending update indication information, the update indication information being used to update the configuration information of the configured RS resources and / or the configuration information of the resource set to which the configured RS resources belong; inputting the new report configuration information or the configuration information of the new resources or the updated configuration information of the configured RS resources or the updated configuration information of the resource set to which the configured RS resources belong into the second model ; Send reconfiguration information of carrier aggregation CC, the reconfigured CC includes one or more frequency information in the at least one frequency information; send fifth indication information, the fifth indication information is used to activate or deactivate one or more frequency information; send an indication to perform bandwidth part BWP switching on one or more frequency information; the second model is updated; the second model is started; switching from other models to the second model is detected; sending a switching command, the switching is any one of the following: cell switching, operating frequency switching, transmission receiving point TRP switching, BWP switching; detecting that the signal transmission quality of the new cell reaches the first threshold value; the signal transmission quality on one or more frequency information is lower than the second threshold value; the neighboring cell list is updated.

[0095] In the third aspect, an embodiment of the present application also provides a communication device, comprising: a processing module, used to measure a reference signal RS resource, and obtain a measurement result of the RS resource, wherein the RS resource occupies multiple time-frequency resources, and the frequency domain positions of the multiple time-frequency resources satisfy at least one of the following: the frequency domain positions of the multiple time-frequency resources belong to different frequency intervals; the frequency domain positions of the multiple time-frequency resources belong to different sub-intervals of the same frequency interval; the frequency domain positions of the multiple time-frequency resources belong to different frequency interval groups.

[0096] In a fourth aspect, an embodiment of the present application also provides a communication device, comprising: a communication module, used to send first configuration information or second configuration information, the first configuration information is used to configure RS resources, and the second configuration information is used to configure the resource set to which the RS resources belong; wherein the RS resources occupy multiple time-frequency resources, and the frequency domain positions where the multiple time-frequency resources are located satisfy at least one of the following: the frequency domain positions where the multiple time-frequency resources are located belong to different frequency intervals; the frequency domain positions where the multiple time-frequency resources are located belong to different sub-intervals of the same frequency interval; the frequency domain positions where the multiple time-frequency resources are located belong to different frequency interval groups.

[0097] In a fifth aspect, an embodiment of the present application further provides a computer-readable storage medium having a computer program stored thereon. When the computer program is executed by a processor, the measurement method provided in the first aspect or the communication method provided in the second aspect is executed.

[0098] In a sixth aspect, an embodiment of the present application further provides a communication device, comprising a memory and a processor, wherein the memory stores a computer program executable on the processor, and the processor executes the steps of the measurement method provided in the first aspect when running the computer program.

[0099] In the seventh aspect, an embodiment of the present application further provides a communication device, comprising a memory and a processor, wherein the memory stores a computer program that can be executed on the processor, and when the processor runs the computer program, the steps of the communication method provided in the second aspect are executed.

[0100] In an eighth aspect, an embodiment of the present application provides a chip (or a communication device) having a computer program stored thereon, and when the computer program is executed by the chip, the method provided in the first aspect or the second aspect is executed.

[0101] In a ninth aspect, an embodiment of the present application provides a chip module having a computer program stored thereon, and when the computer program is executed by the chip module, the method provided in the first aspect or the second aspect is executed.

[0102] In a tenth aspect, an embodiment of the present application provides a computer program product, which includes a computer program. When the computer program runs on a computer, the computer executes the method provided in the first aspect or the second aspect.

[0103] In an eleventh aspect, an embodiment of the present application provides a communication system, which includes an apparatus for executing the method provided in the first aspect and an apparatus for executing the method provided in the second aspect.

[0104] Compared with the prior art, the technical solution of the embodiment of the present application has the following beneficial effects:

[0105] In the scheme of the embodiment of the present application, the terminal measures the reference signal resource and obtains the measurement result of the reference signal resource. Since the reference signal resource measured by the terminal occupies multiple time-frequency resources, the frequency domain positions where the multiple time-frequency resources are located and the frequency domain positions where the multiple time-frequency resources are located meet at least one of the following: belonging to different frequency intervals; belonging to different sub-intervals of the same frequency interval; belonging to different frequency interval groups. Therefore, the measurement results obtained by measurement are measurement results on multiple frequency intervals or on multiple frequency interval groups or on multiple sub-intervals. Therefore, in the scheme of the embodiment of the present application, by measuring a single reference signal resource, it is possible to obtain a measurement result on a large bandwidth, which is beneficial to saving the resource configuration overhead of the reference signal.

[0106] Further, in the solution of the embodiment of the present application, the time domain positions of multiple time-frequency resources corresponding to different frequency information are the same. In other words, multiple time-frequency resources occupied by RS resources in the same time unit correspond to different frequency information. With such a solution, the terminal can obtain measurement results corresponding to multiple frequency domain information by measuring in the same time unit, which is conducive to improving measurement efficiency. BRIEF DESCRIPTION OF THE DRAWINGS

[0107] Figure 1 It is a signaling interaction diagram of the first communication method in the embodiment of the present application;

[0108] Figure 2 is a schematic diagram of signaling interaction of the second communication method in an embodiment of the present application;

[0109] Figure 3 It is a flow chart of a measurement method in an embodiment of the present application;

[0110] Figure 4 It is a flowchart of the third communication method in the embodiment of the present application;

[0111] Figure 5 is a flow chart of a fourth communication method in an embodiment of the present application;

[0112] Figure 6 is a flowchart of a fifth communication method in an embodiment of the present application;

[0113] Figure 7 is a flowchart of a sixth communication method in an embodiment of the present application;

[0114] Figure 8 is a flow chart of the seventh communication method in the embodiment of the present application;

[0115] Fig. 9 is a flow chart of an eighth communication method in an embodiment of the present application;

[0116] Fig.10is a flow chart of a ninth communication method in an embodiment of the present application;

[0117] Fig.11 is a schematic diagram of the structure of a communication device in an embodiment of the present application;

[0118] Fig.12 is a schematic diagram of the structure of another communication device in an embodiment of the present application;

[0119] Fig.13 It is a schematic diagram of the hardware structure of a communication device in an embodiment of the present application. DETAILED DESCRIPTION

[0120] The communication systems to which the embodiments of the present application are applicable include, but are not limited to, third-generation systems (3G for short), LTE systems, fourth-generation systems (4G for short), fifth-generation systems (5G for short), NR systems, and future evolution systems or multiple communication convergence systems. Among them, the 5G system can be a non-standalone (NSA for short) 5G system or a standalone (SA for short) 5G system. The solutions of the embodiments of the present application can also be applied to various new communication systems in the future, such as 6G, 7G, etc.

[0121] The present application mainly relates to the communication between terminal equipment (or simply referred to as terminal) and network equipment. The terminal in the embodiments of the present application may refer to various forms of user equipment (UE), access terminal, user unit, user station, mobile station, mobile station (MS), remote station, remote terminal, mobile device, user terminal, terminal equipment (Terminal Equipment), wireless communication equipment, user agent or user device. The terminal may also be a cellular phone, a cordless phone, a Session Initiation Protocol (SIP) phone, a Wireless Local Loop (WLL) station, a Personal Digital Assistant (PDA), a handheld device with wireless communication function, a computing device or other processing device connected to a wireless modem, a vehicle-mounted device, a wearable device, a terminal in a future 5G network or a terminal in a future evolved Public Land Mobile Network (PLMN), etc., and the embodiments of the present application are not limited to this.

[0122] The network device in the embodiment of the present application may also be referred to as an access network device, for example, it may be a base station (BS for short) (also referred to as a base station device), and the network device is a device deployed in a radio access network (RAN for short) to provide wireless communication functions. For example, in the second generation (2nd-generation, 2G) network, the equipment providing base station functions includes a base transceiver station (BTS), the equipment providing base station functions in the 3G network includes a node B (Node B), the equipment providing base station functions in the 4G network includes an evolved node B (eNB), in the wireless local area network (WLAN), the equipment providing base station functions is an access point (AP), the equipment providing base station functions in NR is the next generation node base station (gNB), and the evolving node B (ng-eNB), wherein the gNB and the terminal communicate using NR technology, the ng-eNB and the terminal communicate using Evolved Universal Terrestrial Radio Access (E-UTRA) technology, and both gNB and ng-eNB can be connected to the 5G core network. The network device in the embodiment of the present application also includes a device that provides base station functions in a future new communication system, etc.

[0123] As described in the background technology, in a large bandwidth system, the optimal beam and precoding matrix at different frequencies are different, and the measurement result at a specific carrier frequency cannot be applied to the entire bandwidth. There is currently no relevant solution or discussion on beam management and precoding processing in a large bandwidth system.

[0124] In the prior art, the measurement of beam information and precoding information is performed independently for each cell. The terminal measures the reference signal in a cell and reports a measurement report. The network device determines the optimal beam or precoding matrix for the cell based on the measurement report.

[0125] However, this solution of independent measurement and reporting of each cell cannot guarantee that the signals carried by the optimal beam or precoding matrix of each frequency (such as each cell) in a large bandwidth can be successfully received by the terminal at the same time. If the measurement results at a specific frequency (such as a cell) are applied to other frequencies in the entire bandwidth, the frequency change will cause the beam to diverge or shift, and the array gain will deteriorate, and the beam or precoding matrix at other frequencies cannot be guaranteed to be optimal. Whether it is millimeter wave or future terahertz frequency bands, as the bandwidth increases and the beam narrows, the phenomenon that beams of different frequencies will point in different directions will become more obvious.

[0126] In a large bandwidth communication system, for a terminal that only supports a single radio frequency chain (RFChain), in order to receive beams of various frequencies over a large bandwidth, the terminal's single radio frequency chain needs to support a large beam width to cope with beam deviation, which will increase costs and power consumption. If the measurement results on a certain frequency (such as the main carrier) are directly applied to other frequencies (such as the auxiliary carrier), this solution will result in the transmission performance on other frequencies cannot be guaranteed.

[0127] For example, a network device has a very large array, and multiple sub-arrays support different frequencies. The measurement result of a certain sub-array may not be completely applicable to all sub-arrays.

[0128] For another example, in the integrated synaesthesia technology, the perception and communication resources can be multiplexed using frequency division multiplexing (FDM). If the frequency interval between the perception link and the communication link is too large, the measurement results on the perception link cannot be directly applied to the communication link.

[0129] In view of this, an embodiment of the present application provides a measurement method. In the scheme of the embodiment of the present application, the terminal measures the reference signal resource and obtains the measurement result of the reference signal resource. Since the reference signal resource measured by the terminal occupies multiple time-frequency resources, the frequency domain positions where the multiple time-frequency resources are located meet at least one of the following: belonging to different frequency intervals; belonging to different sub-intervals of the same frequency interval; belonging to different frequency interval groups. Therefore, the measurement results obtained by measurement are measurement results on multiple frequency intervals or multiple frequency interval groups or multiple sub-intervals, so that the subsequent network equipment can further determine the beam information, precoding information, modulation and coding scheme information, rank information, etc. corresponding to each frequency information according to the measurement results corresponding to the multiple frequency information, so that the terminal can communicate with the network equipment with better performance on multiple frequency information, thereby improving the overall performance of the large bandwidth system. In addition, in the scheme of the embodiment of the present application, the measurement results corresponding to the multiple frequency information are obtained by measuring a single reference signal resource, which is conducive to saving the resource configuration overhead of the reference signal.

[0130] First, some nouns involved in the embodiments of the present application are introduced to facilitate understanding by those skilled in the art.

[0131] 1. Reference signal (RS) resources. The RS resources in the implementation of this application refer to resources used to transmit RS, such as time domain resources and frequency domain resources used to transmit RS. Among them, RS can be a downlink RS, such as a channel state information reference signal (CSI-RS), a synchronization signal block (SSB), a tracking reference signal (TRS), etc., but is not limited to this.

[0132] 2. Time-frequency resources. The time-frequency resources in the embodiment of the present application refer to the resource granularity occupied by the RS resources. Specifically, the time-frequency resources may be resources defined by 1 time unit and 1 frequency unit. The time unit may be a time slot, a symbol, etc., and the frequency unit may be a subcarrier, etc.

[0133] For example, the time-frequency resource may be a resource element (RE), and this document mainly uses RE as an example to describe the solution provided in the embodiment of the present application. In other embodiments, the time-frequency resource may also be a unit used to represent resource granularity in an existing protocol, or the time-frequency resource may also be a unit used to represent resource granularity in the future.

[0134] 3. Frequency interval. The frequency interval in the embodiment of the present application may be at least one of the following: component carrier (CC), carrier frequency, carrier bandwidth, cell, cell bandwidth, subband, frequency band, bandwidth, frequency point, physical cell, physical cell bandwidth, service cell, service cell bandwidth, frequency range (FR). Alternatively, the frequency interval may also refer to at least one of the following: resource block, physical resource block, frequency domain resource width of resource block, frequency domain resource width of physical resource block. Exemplarily, the above-mentioned FR may be FR1 and FR2 defined in the standard. It should be noted that FR may also be FR defined in future standards, such as FR3, FR4, etc.

[0135] 4. Sub-interval: The sub-interval in the embodiment of the present application may refer to a part of the above frequency interval.

[0136] Specifically, the frequency interval may be divided into a plurality of parts, wherein each part may be referred to as a sub-interval of the frequency interval.

[0137] For example, if a cell is a large-bandwidth cell, the cell bandwidth may be divided into multiple parts, where each part may be referred to as a sub-interval.

[0138] 5. Frequency interval group. The frequency interval group in the embodiment of the present application may be at least one of the following: CC group, carrier group frequency, carrier group bandwidth, cell group, cell group bandwidth, CC list, subband group, frequency band group, bandwidth group, frequency point group, physical cell group, physical cell group bandwidth, service cell group, service cell group bandwidth. Alternatively, the frequency interval group may refer to at least one of the following: resource block group, physical resource block group, frequency domain resource width of resource block group, frequency domain resource width of physical resource block group.

[0139] 6. Frequency information: The frequency information in the embodiment of the present application may be frequency identification information, for example, the frequency information may be identification information of the above-mentioned frequency interval or a sub-interval of a frequency interval or a frequency interval group.

[0140] Alternatively, the frequency information can also be understood as the above-mentioned frequency interval or a sub-interval of the frequency interval or a frequency interval group. Specifically, if the frequency domain positions of multiple time-frequency resources occupied by RS resources belong to different frequency intervals, the frequency information may refer to the frequency interval; if the frequency domain positions of multiple time-frequency resources occupied by RS resources belong to different sub-intervals of the same frequency interval, the frequency information may refer to the sub-interval; if the frequency domain positions of multiple time-frequency resources occupied by RS resources belong to different frequency interval groups, the frequency information may refer to the frequency interval group.

[0141] Accordingly, the "frequency information corresponding to the frequency domain position" in the embodiment of the present application may refer to the identification information of the frequency interval, sub-interval or frequency interval group to which the frequency domain position belongs. Alternatively, the "frequency information corresponding to the frequency domain position" may refer to the frequency interval, sub-interval or frequency interval group to which the frequency domain position belongs.

[0142] Furthermore, if the frequency domain positions of multiple time-frequency resources occupied by RS resources belong to different frequency intervals, then “the frequency domain positions correspond to different frequency information” may mean that the frequency domain positions belong to different frequency intervals; if the frequency domain positions of multiple time-frequency resources occupied by RS resources belong to different sub-intervals of the same frequency interval, then “the frequency domain positions correspond to different frequency information” may mean that the frequency domain positions belong to different sub-intervals; if the frequency domain positions of multiple time-frequency resources occupied by RS resources belong to different frequency interval groups, then “the frequency domain positions correspond to different frequency information” may mean that the frequency domain positions belong to different frequency interval groups.

[0143] Accordingly, the "frequency information corresponding to the time-frequency resource" in the embodiment of the present application may refer to the identification information of the frequency interval or sub-interval or frequency interval group to which the frequency domain position of the time-frequency resource belongs. Alternatively, the "frequency information corresponding to the time-frequency resource" may refer to the frequency interval or sub-interval or frequency interval group to which the frequency domain position of the time-frequency resource belongs.

[0144] Furthermore, if the frequency domain positions of multiple time-frequency resources occupied by RS resources belong to different frequency intervals, then “time-frequency resources correspond to different frequency information” may mean that the frequency domain positions of the time-frequency resources belong to different frequency intervals; if the frequency domain positions of multiple time-frequency resources occupied by RS resources belong to different sub-intervals of the same frequency interval, then “time-frequency resources correspond to different frequency information” may mean that the frequency domain positions of the time-frequency resources belong to different sub-intervals; if the frequency domain positions of multiple time-frequency resources occupied by RS resources belong to different frequency interval groups, then “time-frequency resources correspond to different frequency information” may mean that the frequency domain positions of the time-frequency resources belong to different frequency interval groups.

[0145] Correspondingly, in the embodiment of the present application, "the measurement result corresponding to the frequency information" may refer to the measurement result on the frequency information, or the measurement result on the frequency interval or sub-interval or frequency interval group identified by the frequency information.

[0146] 7. Beam information. The beam information in the embodiments of the present application may refer to information that can be used to determine a beam.

[0147] Exemplarily, the beam information may be any of the following: beam identification information, reference signal resource identification information, reference signal resource indication, spatial relation information, spatial domain transmission filter information, spatial domain reception filter information, spatial domain filter information, Transmission Configuration Indication (TCI) state information, Quasi Co-Location (QCL) information, QCL parameters, etc. In a specific implementation, downlink beam information may generally be represented by TCI state information or QCL information, and uplink beam information may generally be represented by TCI state information or spatial relation information.

[0148] For example, the beam information may be a reference signal resource indication, wherein the reference signal may be a channel state information reference signal (CSI-RS), and correspondingly, the reference signal resource indication may be a CSI-RS resource indication (CSI-RS Resource Indicator, CRI). Alternatively, the reference signal may also be a synchronization signal block (SSB), and correspondingly, the reference signal resource indication may be an SSB resource indication (SSB RI).

[0149] The beam information in the cross-frequency measurement report in the embodiment of the present application is the beam information reported by the terminal. This article mainly takes the beam information as CRI as an example for specific description. In other embodiments, the beam information in the cross-frequency measurement report can also be other information that can be used to indicate or determine the beam.

[0150] 8. Channel State Information (CSI). The CSI in the embodiments of the present application may refer to information used to characterize or indicate the channel state. For example, the CSI may be a Channel Quality Indicator (CQI), a Precoding Matric Indicator (PMI), a Rank Indicator (RI), etc.

[0151] The CSI in the cross-frequency measurement report in the embodiment of the present application is the CSI reported by the terminal.

[0152] 9. Terminal capability information. The terminal capability information in the embodiment of the present application may refer to information used to indicate the terminal capability, or may refer to information used to indicate the terminal antenna panel capability. Exemplarily, the terminal capability information may be a terminal capability set, a terminal capability, a terminal capability value, or a terminal capability value set.

[0153] 10. Co-location information. The co-location information in the embodiments of the present application can be used to indicate the antenna port or network site from which the downlink signal comes. Furthermore, the same co-location information in the embodiments of the present application means that the antenna ports of the wireless channels with the same characteristics through which the transmitted signals pass are co-located or quasi-co-located. Co-location can also be understood as the same site, the same transmission and receiving point (TRP), etc.

[0154] 11. Target information. The target information in the embodiments of the present application may refer to information for indicating a beam or parameter used by a network device to send a channel or signal to a terminal.

[0155] Exemplarily, the target information may be at least one of the following: beam information, TCI state, source reference signal (source RS) of TCI state, precoding information, modulation and coding scheme (MCS) information, and rank information.

[0156] In some embodiments of the present application, the terminal uses a single radio frequency channel to perform signal transmission with a network device on multiple frequency information. In this case, the target information can be used for signal transmission of the single radio frequency channel of the terminal.

[0157] 12. Target information group. The target information group in the embodiment of the present application may include multiple target information. Exemplarily, the first information group may include multiple beam information. For example, the target information group may be an existing beam pair (BeamPair) or beam group (Beam group) or beam set (Beam set). Alternatively, the target information group may also be a precoding information group.

[0158] Exemplarily, the target information group can be used to determine multiple downlink beams that the network device simultaneously transmits on a single frequency information, and further determine one or more receiving beams on the terminal side for simultaneously receiving the downlink multiple beams transmitted by the network device. In other words, the terminal can determine multiple transmit beams that the network device simultaneously transmits on a single frequency information based on the target information group, and further determine one or more receiving beams that the terminal can simultaneously receive multiple transmit beams on a single frequency information.

[0159] In another exemplary embodiment, the target information group may be used to determine the transmission beam for uplink simultaneous transmission by the terminal on a single frequency information. Specifically, the terminal may determine the transmission beam for uplink simultaneous transmission by the terminal on a single frequency information according to the target information group.

[0160] As another example, the target information group can be used to determine the downlink beams that the network device simultaneously transmits on multiple frequency information, and further determine one or more receiving beams on the terminal side for simultaneously receiving the downlink multiple beams transmitted by the network device. In other words, the terminal can determine the multiple transmitting beams that the network device simultaneously transmits on multiple frequency information based on the target information group, and further determine the one or more receiving beams that the terminal can simultaneously receive multiple transmitting beams on multiple frequency information. Among them, the multiple downlink beams that the network device simultaneously transmits on each of the multiple frequency information can be the same.

[0161] In another exemplary embodiment, the target information group can be used to determine the multiple transmission beams for uplink transmission simultaneously performed by the terminal on multiple frequency information. The multiple uplink beams simultaneously transmitted by the terminal on each frequency information in the multiple frequency information can be the same. Specifically, the terminal can determine the multiple transmission beams for uplink transmission simultaneously performed by the terminal on multiple frequency information according to the target information group.

[0162] In another exemplary embodiment, the target information group can be used to determine multiple precoding information for simultaneous downlink transmission by the network device on a single frequency information, and then determine the precoding information for the terminal side to simultaneously receive the downlink signals simultaneously transmitted by the network device. In other words, the terminal can determine multiple precoding information for simultaneous downlink transmission by the network device on a single frequency information based on the target information group, and further determine the precoding information that the terminal can simultaneously receive downlink on the single frequency information.

[0163] In another exemplary embodiment, the target information group can be used to determine multiple precoding information for uplink simultaneous transmission by the terminal on a single frequency information. Specifically, the terminal can determine multiple precoding information for uplink simultaneous transmission by the terminal on a single frequency information according to the target information group.

[0164] As another example, the target information group can be used to determine the multiple precoding information for the network device to simultaneously transmit downlink on multiple frequency information, and further determine the precoding information for the terminal to simultaneously receive downlink on multiple frequency information. Specifically, the terminal can determine the multiple precoding information for the network device to simultaneously transmit downlink on multiple frequency information based on the target information group, and further determine the precoding information for the terminal to simultaneously receive downlink on multiple frequency information. Among them, the multiple precoding information for the network device to simultaneously transmit downlink on each frequency information in the multiple frequency information can be the same, and the precoding information for the terminal to simultaneously receive downlink on each frequency information in the multiple frequency information can be the same.

[0165] In another exemplary embodiment, the target information group can be used to determine multiple precoding information for uplink simultaneous transmission by the terminal on multiple frequency information. Among them, the multiple precoding information for uplink simultaneous transmission by the terminal on each frequency information in the multiple frequency information can be the same. Specifically, the terminal can determine the multiple precoding information for uplink simultaneous transmission by the terminal on multiple frequency information according to the target information group.

[0166] 13. Quality information. The quality information in the embodiment of the present application may be information used to indicate the transmission quality of the reference signal.

[0167] Exemplarily, when the cross-frequency measurement report includes beam information, the quality information may include reference signal receiving power (RSRP) and / or signal to interference plus noise ratio (SINR).

[0168] As another example, when the cross-frequency measurement report includes CSI, the quality information may include CQI and / or RI.

[0169] The specific embodiments of the present application are described in detail below with reference to the accompanying drawings.

[0170] Embodiment 1

[0171] Reference Figure 1 , Figure 1 It is a signaling interaction diagram of the first communication method in the embodiment of the present application. Figure 1 The communication method shown may include S11. In this application, S in each step number represents a step.

[0172] S11, the network device sends first configuration information to the terminal, the first configuration information is used to configure RS resources, the RS resources occupy multiple time-frequency resources, and the frequency domain positions of the multiple time-frequency resources satisfy at least one of the following: the frequency domain positions of the multiple time-frequency resources belong to different frequency intervals; the frequency domain positions of the multiple time-frequency resources belong to different sub-intervals of the same frequency interval; the frequency domain positions of the multiple time-frequency resources belong to different frequency interval groups.

[0173] Correspondingly, the terminal receives the first configuration information. In a specific implementation, the first configuration information may be carried in a high-layer signaling or a physical layer signaling, which is not limited in this embodiment.

[0174] The RS resources in the embodiments of the present application may be referred to as "cross-frequency RS resources".

[0175] In the solution of this embodiment, the first configuration information may be information for configuring RS resources, wherein the frequency domain positions of multiple time-frequency resources occupied by RS resources correspond to different frequency information. In other words, the time-frequency resources occupied by RS resources may be distributed within the frequency range of different frequency information.

[0176] Taking the frequency interval as the cell bandwidth and the time-frequency resource as RE as an example, multiple REs occupied by RS resources are distributed in physical resource blocks (PRBs) of multiple cells, some of the multiple REs belong to PRB1 of cell 1, and the other part of the REs belong to PRB2 of cell 2.

[0177] Alternatively, the bandwidth of cell 1 includes sub-interval 1 and sub-interval 2, part of the multiple REs occupied by RS resources belong to PRBs of sub-interval 1 of cell 1, and the other part of the REs belong to PRBs of sub-interval 2 of cell 1.

[0178] Alternatively, part of the multiple REs occupied by RS resources belong to the PRBs of cell group 1, and the other part of the REs belong to the PRBs of cell group 2.

[0179] Furthermore, the time domain positions of the multiple time-frequency resources corresponding to different frequency information in the frequency domain may be different, that is, the multiple time-frequency resources corresponding to different frequency information are distributed in different time units.

[0180] Alternatively, the time domain positions of multiple time-frequency resources corresponding to different frequency information in the frequency domain may be the same. In other words, multiple time-frequency resources occupied by RS resources in the same time unit correspond to different frequency information. With such a solution, the terminal can obtain measurement results corresponding to multiple frequency domain information by performing measurements in the same time unit, which is conducive to improving measurement efficiency.

[0181] Based on the time-frequency resources occupied by the RS resources, the first configuration information for configuring the RS resources may include at least one of the following: frequency domain resource information, frequency offset information, time domain resource information and time offset information. The first configuration information is described in detail below.

[0182] In a first implementation, the first configuration information may include frequency domain resource information and frequency offset information, wherein the frequency domain resource information may be used to determine the frequency domain position of the RS resource, the frequency domain position determined by the frequency resource information may correspond to a frequency information, and the frequency offset information may be used to offset the first frequency domain position determined by the frequency domain resource information to the second frequency domain position, wherein the first frequency domain position and the second frequency domain position correspond to different frequency information. That is, the frequency domain position determined by the frequency domain resource information is offset across frequencies through the frequency offset information. If the frequency domain positions of the multiple time-frequency resources occupied by the RS resource belong to different frequency intervals, the cross-frequency offset may refer to the offset across the frequency interval. Similarly, if the frequency domain positions of the multiple time-frequency resources occupied by the RS resource belong to different sub-intervals of the same frequency interval, the cross-frequency offset may refer to the offset across the sub-interval. Similarly, if the frequency domain positions of the multiple time-frequency resources occupied by the RS resource belong to different frequency interval groups, the cross-frequency offset may refer to the offset across the frequency interval group.

[0183] For example, frequency domain resource information can be used to determine the frequency domain position of RE occupied by RS resources in PRB1 of cell 1, and frequency offset information can be used to offset the RE occupied by RS resources in PRB1 in frequency to obtain the frequency domain position of RE occupied by RS resources in PRB2 of cell 2.

[0184] Therefore, based on the frequency domain resource information and the frequency offset information, the frequency domain position of the time-frequency resources corresponding to the multiple frequency information occupied by the RS resources can be determined.

[0185] In a second implementation, the first configuration information may include frequency domain resource information, and the frequency domain resource information may be used to determine the frequency domain position of the RS resource. The frequency domain position determined by the frequency resource information may correspond to multiple frequency information.

[0186] Specifically, different from the first implementation, in the second implementation, the first configuration information may not include frequency offset information, and the frequency domain position determined by the frequency domain resource information corresponds to multiple frequency information, and there is no need to use frequency offset information for offset.

[0187] In a third embodiment, the first configuration information may include frequency domain resource information and frequency offset information. The frequency domain resource information can be used to determine the frequency domain position of the RS resource. The frequency domain position determined by the frequency domain resource information may correspond to multiple frequency information. The frequency offset information is used to offset the first frequency domain position determined by the frequency domain resource information to the second frequency domain position.

[0188] Specifically, the frequency offset information can be used to offset multiple first frequency domain positions determined by the frequency domain resource information to multiple second frequency domain positions, wherein the multiple first frequency domain positions may correspond to different frequency information, and the multiple second frequency domain positions also correspond to different frequency information.

[0189] For example, frequency domain resource information can be used to determine the frequency domain positions of REs occupied by RS resources in PRB1 of cell 1 and PRB2 of cell 2, respectively. Frequency offset information can be used to offset the REs occupied by RS resources in PRB1 in frequency to obtain the frequency domain positions of REs occupied by RS resources in PRB3 of cell 3, and to offset the REs occupied by RS resources in PRB2 in frequency to obtain the frequency domain positions of REs occupied by RS resources in PRB4 of cell 4.

[0190] As described above, based on the frequency domain resource information and / or frequency offset information in the first configuration information, the terminal can determine the frequency domain positions where the multiple time-frequency resources corresponding to different frequency information occupied by the RS resources are located.

[0191] Furthermore, the first configuration information may also include time domain resource information, which may be used to determine the time domain position of the RS resource. Specifically, multiple REs of the RS resource in a certain time unit determined by the time domain resource information may correspond to one or more frequency information.

[0192] In addition, the first configuration information may further include time offset information, and the time offset information may be used to offset the first time domain position determined by the time domain resource information to the second time domain position, where the first time domain position is different from the second time domain position.

[0193] In one embodiment of the present application, the first time domain position and the second time domain position may belong to different time slots, that is, the time domain position determined by the time domain resource information is offset across time slots through the time offset information. For example, if the time domain position determined by the time domain resource information is located in time slot 1, the time offset information may be used to offset the time domain position of the RS resource from time slot 1 to time slot 2.

[0194] In another embodiment of the present application, the first time domain position and the second time domain position may belong to different symbols, that is, the time domain position determined by the time domain resource information is offset across symbols through the time offset information. For example, the time domain position determined by the time domain resource information is located at symbol 1, and the time offset information can be used to offset the time domain position of the RS resource from symbol 1 to symbol 2.

[0195] In a specific implementation, the time offset information and the frequency offset information may satisfy at least one of the following:

[0196] (1) The time offset information and the corresponding frequency offset information are used to shift the RS resources from the occupied first time-frequency resources to the second time-frequency resources;

[0197] Specifically, assuming that the time offset information is recorded as t_offset, and the frequency offset information is recorded as f_offset, there is a corresponding relationship between t_offset and f_offset, and the corresponding t_offset and f_offset are regarded as a set of offsets. A set of offsets can be used to offset RS resources from the occupied first time-frequency resources to the second time-frequency resources. The first time-frequency resources and the second time-frequency resources can correspond to different frequency information.

[0198] (2) One-to-one correspondence between time offset information and frequency offset information

[0199] Specifically, the first configuration information may include multiple t_offsets and multiple f_offsets, and t_offsets and f_offsets are in one-to-one correspondence. Multiple f_offsets correspond to different frequency information, and different t_offset and f_offset pairs can offset the time-frequency resources corresponding to a certain frequency information to other time-frequency resources corresponding to different frequency information.

[0200] (3) The time offset information corresponds to multiple frequency offset information;

[0201] Specifically, the first configuration information may include at least one t_offset and multiple f_offsets, wherein each t_offset corresponds to multiple f_offsets, and multiple f_offsets correspond to different frequency information. That is, there are multiple time-frequency resources determined by multiple f_offsets on a time unit determined by a single t_offset, and the multiple time-frequency resources determined by multiple f_offsets may correspond to different frequency information.

[0202] (4) one or more time-frequency resources corresponding to different frequency information in the time-frequency resources occupied by the RS resource corresponding to the time offset information;

[0203] Specifically, multiple REs of the RS resource in a certain time unit determined by the time offset information may correspond to multiple frequency information.

[0204] From the above, in this embodiment, the network device configures RS resources to the terminal through the first configuration information. The multiple time-frequency resources occupied by the RS resources correspond to different frequency information. The terminal measures the RS resources and can obtain measurement results corresponding to multiple frequency information. The network device does not need to configure multiple RS resources for measurement respectively for multiple frequency information. This is beneficial to reducing the resource configuration overhead in large bandwidth measurement scenarios.

[0205] Embodiment 2

[0206] Reference Figure 2 , Figure 2 It is a signaling interaction diagram of the second communication method in the embodiment of the present application. Figure 2 The illustrated communication method may include S21.

[0207] S21, the network device sends second configuration information to the terminal, and the second configuration information is used to configure a resource set, the RS resources in the resource set occupy multiple time-frequency resources, and the frequency domain positions of the multiple time-frequency resources satisfy at least one of the following: the frequency domain positions of the multiple time-frequency resources belong to different frequency intervals; the frequency domain positions of the multiple time-frequency resources belong to different sub-intervals of the same frequency interval; the frequency domain positions of the multiple time-frequency resources belong to different frequency interval groups.

[0208] Correspondingly, the terminal receives the second configuration information. In a specific implementation, the second configuration information may be carried in a high-layer signaling or a physical layer signaling, which is not limited in this embodiment.

[0209] It should be noted that the frequency domain positions of multiple time-frequency resources occupied by RS resources in the resource set correspond to different frequency information, which does not mean that the frequency domain positions of time-frequency resources occupied by different RS resources in the resource set correspond to different frequency information, but means that the frequency domain positions of time-frequency resources occupied by one RS resource correspond to different frequency information.

[0210] In the solution of this embodiment, the second configuration information may be information for configuring a resource set, wherein the frequency domain positions of multiple time-frequency resources occupied by a single RS resource of the resource set correspond to different frequency information. For the specific content of the RS resource, please refer to the relevant description of the first embodiment, which will not be repeated here.

[0211] Specifically, the second configuration information may include: time domain resource information and frequency domain resource information of each RS resource in the resource set. It should be noted that the frequency domain position determined by the frequency domain resource information of the RS resource may correspond to one or more frequency information.

[0212] Furthermore, the second configuration information may also include common frequency offset information, which may be used to offset the frequency domain position determined by the frequency domain resource information of each RS resource in the resource set. Specifically, the common frequency offset information may be used to perform cross-frequency offset on the frequency domain position determined by the frequency domain resource information of each RS resource.

[0213] In addition, the second configuration information may also include common time offset information, which may be used to offset the time domain position determined by the time domain resource information of each RS resource in the resource set. Specifically, the common time offset information may be used to offset the time domain position determined by the time domain resource information of each RS resource across time slots or across symbols.

[0214] In a specific implementation, the common time offset information and the common frequency offset information may satisfy at least one of the following:

[0215] (1) The common time offset information and the corresponding common frequency offset information are used to offset the RS resources in the resource set from the occupied first time-frequency resources to the second time-frequency resources, and the frequency domain positions of the first time-frequency resources and the second time-frequency resources belong to different frequency information;

[0216] Specifically, assuming that the public time offset information is recorded as t_public_offset, and the public frequency offset information is recorded as f_public_offset, there is a corresponding relationship between t_public_offset and f_public_offset, and the corresponding t_public_offset and f_public_offset are regarded as a set of common offsets. A set of common offsets can be used to offset each RS resource from the first time-frequency resources occupied by each RS resource to the second time-frequency resources. The first time-frequency resources and the second time-frequency resources can correspond to different frequency information.

[0217] (2) The common time offset information and the common frequency offset information correspond one to one;

[0218] Specifically, the second configuration information may include multiple t_public_offsets and multiple f_public_offsets, and t_public_offsets and f_public_offsets are in one-to-one correspondence. Multiple f_public_offsets correspond to different frequency information, and different t_public_offset and f_public_offset pairs can offset the time-frequency resources occupied by each RS resource corresponding to a certain frequency information to other time-frequency resources corresponding to different frequency information.

[0219] (3) Common time offset information corresponds to multiple common frequency offset information;

[0220] Specifically, the second configuration information may include at least one t_public_offset and multiple f_public_offsets, wherein each t_public_offset corresponds to multiple f_public_offsets, and multiple f_public_offsets correspond to different frequency information. That is, there are multiple time-frequency resources determined by multiple f_public_offsets on a time unit determined by a single t_public_offset, and the frequency domain positions determined by multiple f_public_offsets may correspond to different frequency information.

[0221] (4) The common time offset information corresponds to one or more time-frequency resources corresponding to different frequency information in the time-frequency resources occupied by the RS resources in the resource set.

[0222] Specifically, multiple REs of a certain RS resource in the resource set on a certain time unit determined by the common time offset information may correspond to multiple frequency information.

[0223] From the above, in the scheme of this embodiment, the network device configures a resource set to the terminal through the second configuration information. The multiple time-frequency resources occupied by the RS resources in the resource set correspond to different frequency information. The terminal measures the RS resources in the RS resource set and can obtain measurement results corresponding to multiple frequency information. The network device does not need to configure multiple RS resource sets or RS resources for measurement respectively for multiple frequency information. This is beneficial to reducing the resource configuration overhead in large bandwidth measurement scenarios.

[0224] For more details about the communication method provided in Example 2, please refer to the relevant descriptions of other embodiments in this document, which will not be repeated here.

[0225] Embodiment 3

[0226] Reference Figure 3 , Figure 3 It is a flow chart of a measurement method in an embodiment of the present application. Figure 3 The method shown can be executed by a terminal. Figure 3 The illustrated communication method may include S31.

[0227] S31, measure RS resources and obtain measurement results of the RS resources, wherein the RS resources occupy multiple time-frequency resources, and the frequency domain positions of the multiple time-frequency resources satisfy at least one of the following: the frequency domain positions of the multiple time-frequency resources belong to different frequency intervals; the frequency domain positions of the multiple time-frequency resources belong to different sub-intervals of the same frequency interval; the frequency domain positions of the multiple time-frequency resources belong to different frequency interval groups.

[0228] Among them, the specific content of the RS resources in this embodiment can be referred to the relevant description above, and will not be repeated here.

[0229] Those skilled in the art will appreciate that measuring RS resources may be referred to as “performing measurement of RS resources”, or “measuring RS transmitted on RS resources”, or “performing measurement based on RS resources”, and so on.

[0230] Since the time-frequency resources occupied by the RS resources correspond to multiple frequency information, in S31, the terminal measures the time-frequency resources occupied by the RS resources corresponding to each frequency information, and obtains measurement results corresponding to each frequency information respectively.

[0231] Exemplarily, the frequency domain positions of multiple time-frequency resources occupied by RS resources belong to different frequency intervals. By executing S31, measurement results on multiple frequency intervals can be obtained. Among them, the measurement results on each frequency interval may include CSI, beam information, optimal beam, etc. Thus, beam management, precoding determination, etc. on multiple frequency intervals can be achieved based on the measurement of a single RS resource. For example, RS resources occupy RE1 in PRB1 of cell 1 and occupy RE2 in PRB2 of cell 2. The terminal can perform measurements on RE1 to obtain measurement results on cell 1, and perform measurements on RE2 to obtain measurement results on cell 2.

[0232] As another example, the frequency domain positions of the multiple time-frequency resources occupied by the RS resource belong to different sub-intervals. By executing S31, measurement results on multiple sub-intervals can be obtained. Thus, beam management, precoding determination, etc. on multiple sub-intervals can be achieved based on the measurement of a single RS resource.

[0233] For example, cell 1 is a large bandwidth cell, the bandwidth of cell 1 includes sub-interval 1 and sub-interval 2, part of the multiple REs occupied by RS resources belong to the PRB of sub-interval 1, and the other part of the REs belong to the PRB of sub-interval 2. The terminal can measure the RS resources and obtain the measurement results of sub-interval 1 and the measurement results of sub-interval 2.

[0234] In another exemplary embodiment, the frequency domain positions of the multiple time-frequency resources occupied by the RS resource belong to different frequency interval groups. By executing S31, measurement results on multiple frequency interval groups can be obtained. Therefore, beam management, precoding determination, etc. of multiple frequency interval groups can be implemented based on the measurement of a single RS resource.

[0235] For example, cell 1 belongs to cell group 1, cell 2 belongs to cell group 2, part of the multiple REs occupied by RS resources belong to the PRB of cell 1, and the other part of the REs belong to the PRB of cell 2. The terminal can measure the RS resources and obtain the measurement results of cell group 1 and cell group 2.

[0236] It should be noted that the measurement in this embodiment may refer to measuring the signal quality on RS resources or time-frequency resources, and the measurement result may refer to the information obtained through the measurement. The measurement result can be used to generate the cross-frequency measurement report in this article. For example, the measurement result may include beam information, CSI, quality information, etc.

[0237] Taking the cross-frequency measurement report as a beam report as an example, the solution of the embodiment of the present application can use the content and format of the existing beam report.

[0238] Specifically, by measuring an RS resource, the measurement result of the RS resource may include a CRI. Since the time-frequency resources occupied by the RS resource correspond to multiple frequency information, the CRI is the preferred beam information determined by the terminal through measurement on the multiple frequency information. For example, the cross-frequency measurement report may include the following:

[0239] {CRI1, CRI2, CRI3, CRI4}

[0240] Among them, RSresource1~RSresource4 are all RS resources in the embodiments of the present application, and CRI1~CRI4 are the measurement results of RSresource1~RSresource4 respectively. Therefore, any CRI in CRI1~CRI4 can be used to determine the target beam on multiple frequency information.

[0241] For more information about cross-frequency measurement reports, please refer to the relevant descriptions of other embodiments in this document.

[0242] In addition, in the scheme of the embodiment of the present application, when the terminal receives an activation instruction of a new cell or the terminal adds a new cell or the terminal switches to a new cell, if the frequency domain position of the time-frequency resources occupied by a certain RS resource includes the new cell (the frequency domain position here can be determined by the frequency offset information of the RS resource), then the RS resource can be used as the RS to be measured, that is, the terminal can measure the RS resource to obtain the measurement result of the new cell, wherein the RS resource can be an SSB resource, or it can be a TRS.

[0243] From the above, the multiple time-frequency resources occupied by the RS resources used for measurement in this embodiment correspond to different frequency information, and the terminal can obtain measurement results corresponding to multiple frequency information by measuring the RS resources. The network device does not need to configure RS resources for each frequency information separately. Therefore, the solution of this embodiment can reduce the resource configuration overhead for measurement while obtaining measurement results corresponding to multiple frequency information. For more information about the communication method provided in Example 3, please refer to the relevant description of other embodiments of this article, which will not be repeated here.

[0244] Embodiment 4

[0245] Reference Figure 4 , Figure 4 It is a flow chart of the third communication method in the embodiment of the present application. Figure 4 The method shown may include S41. In addition, Figure 4 The illustrated solution may also include S42.

[0246] S41, sending an inter-frequency measurement report, where the inter-frequency measurement report is used to report a measurement result of at least one RS resource.

[0247] Specifically, the terminal sends an inter-frequency measurement report to the network device, and the network device receives the inter-frequency measurement report.

[0248] In this paper, the frequency information corresponding to the time-frequency resources occupied by the RS resources is recorded as the frequency information associated with the RS resources. In other words, the cross-frequency measurement report may include a measurement result corresponding to at least one frequency information associated with the RS resource.

[0249] Specifically, the cross-frequency measurement report in the embodiment of the present application may be a beam report, and accordingly, the cross-frequency measurement report may include beam information corresponding to multiple frequency information associated with at least one RS resource.

[0250] Alternatively, the cross-frequency measurement report may be a CSI report, and accordingly, the cross-frequency measurement report may include CSI corresponding to multiple frequency information associated with at least one RS resource.

[0251] Therefore, the cross-frequency measurement report may include beam information or CSI corresponding to multiple frequency information, and the terminal can report the preferred beam information or precoding information or channel quality information corresponding to each frequency information to the network device.

[0252] Further, the cross-frequency measurement report may also include report-specific indication information, and the report-specific indication information may be used to indicate the cross-frequency measurement report. In other words, the report-specific indication information may be used to indicate that the type of the report is a cross-frequency measurement report. That is, the report-specific indication information may be used to distinguish the cross-frequency measurement report from an existing measurement report (such as an existing beam report or an existing CSI report), and the network device may determine that the received report is a cross-frequency measurement report according to the report-specific indication information carried in the report.

[0253] In a specific implementation, the cross-frequency measurement report may be a single measurement report, for example, in the scheme of Embodiment 5, in response to a single report configuration information, the terminal generates a single cross-frequency measurement report. Alternatively, the cross-frequency measurement report may also be multiple measurement reports, for example, in the scheme of Embodiment 6, in response to multiple report configuration information, the terminal generates multiple cross-frequency measurement sub-reports, and the multiple cross-frequency measurement sub-reports as a whole are regarded as a cross-frequency measurement report.

[0254] If the inter-frequency measurement report includes multiple inter-frequency measurement sub-reports, the report-specific indication information can be carried in any one of the multiple inter-frequency measurement sub-reports, or can be carried in each inter-frequency measurement sub-report, or can be carried in some sub-reports in the multiple inter-frequency measurement sub-reports, or can be carried in a default sub-report in the multiple inter-frequency measurement sub-reports, and the default sub-report can be the inter-frequency measurement sub-report corresponding to the report configuration information with the smallest identifier.

[0255] Optionally, the uplink channel used to carry the cross-frequency measurement report adopts a dedicated scrambling method. For example, the uplink channel used to carry the cross-frequency measurement report and the uplink channel used to carry the existing measurement report adopt different scrambling methods, so as to distinguish the cross-frequency measurement report from the existing measurement report.

[0256] The following is a non-restrictive description of the uplink transmission resources used to carry the cross-frequency measurement report, and is illustrated by taking the cross-frequency measurement report including the measurement results of RSresoure1, RSresoure2 and RSresoure3 as an example, wherein RSresoure1 is associated with F1 and F2, RSresoure2 is associated with F3 and F4, and RSresoure3 is associated with F5 and F6.

[0257] It should be noted that the uplink transmission resource in the embodiment of the present application may refer to a physical uplink shared channel (Physical Uplink Shared CHannel, referred to as PUSCH) or a physical uplink control channel (Physical Uplink Control CHannel, referred to as PUCCH).

[0258] The cross-frequency measurement report can be carried in at least one of the following:

[0259] (1) uplink transmission resources in one or more or each frequency information associated with each RS resource in the RS resources corresponding to the measurement results included in the cross-frequency measurement report;

[0260] For example, the cross-frequency measurement report may be carried on the PUCCH in a part of F1 to F6, or may be carried on the PUCCH in each F in F1 to F6.

[0261] (2) uplink transmission resources in one or more or each frequency information associated with a portion of RS resources corresponding to the measurement results included in the cross-frequency measurement report;

[0262] For example, the cross-frequency measurement report can be carried on the PUCCH in F1 and / or F2 associated with RSresoure1, or the cross-frequency measurement report can be carried on the PUCCH in F3 and / or F4 associated with RSresoure2, or the cross-frequency measurement report can be carried on the PUCCH in F5 and / or F6 associated with RSresoure3.

[0263] (3) uplink transmission resources in one or more or each frequency information associated with a first default RS resource, where the first default RS resource is a default RS resource in the RS resources corresponding to the measurement result included in the cross-frequency measurement report;

[0264] For example, assuming that the default RS resource among RSresoure1, RSresoure2 and RSresoure3 is RSresoure3, the cross-frequency measurement report can be carried on the PUCCH in F5 and / or F6.

[0265] (4) uplink transmission resources in first default frequency information, where the first default frequency information is default frequency information in all frequency information associated with the first default RS resource;

[0266] Continuing with the above example, the default RS resource in RSresoure1, RSresoure2 and RSresoure3 is RSresoure3. Assuming that the default frequency information in F5 and F6 is F5, the cross-frequency measurement report can be carried on the PUCCH in F5.

[0267] (5) uplink transmission resources in second default frequency information, where the second default frequency information is default frequency information in all frequency information associated with the RS resource corresponding to the measurement result included in the inter-frequency measurement report;

[0268] For example, the default frequency information among F1 to F6 is F5, and the cross-frequency measurement report may be carried on the PUCCH in F5.

[0269] (6) uplink transmission resources in one or more or each frequency information associated with each RS resource in the RS resources under test; wherein, “RS resources under test” may refer to RS resources measured by the terminal;

[0270] For example, assuming that RSresoure1, RSresoure2, RSresoure3, and RSresoure4 are the RS resources under measurement, where RSresoure4 is associated with F7 and F8, the cross-frequency measurement report can be carried on the PUCCH in each F among F1 to F8, or can be carried on the PUCCH in a part of F among F1 to F8.

[0271] (7) uplink transmission resources in one or more or each frequency information associated with a portion of RS resources in the measured RS resources;

[0272] Continuing with the above example, RSresoure1, RSresoure2, RSresoure3, and RSresoure4 are the RS resources being measured, and the cross-frequency measurement report can be carried on the PUCCH in F1 and / or F2 associated with RSresoure1, or the cross-frequency measurement report can be carried on the PUCCH in F3 and / or F4 associated with RSresoure2.

[0273] (8) uplink transmission resources in one or more or each frequency information associated with a second default RS resource, where the second default RS resource is a default RS resource in the RS resources under test;

[0274] For example, assuming that the default RS resource in RSresoure1, RSresoure2, RSresoure3, and RSresoure4 is RS resoure1, the cross-frequency measurement report can be carried on the PUCCH in F1 and / or F2.

[0275] (9) uplink transmission resources in third default frequency information, where the third default frequency information is default frequency information among all frequency information associated with the second default RS resource;

[0276] Continuing with the above example, the second default RS resource is RS resoure1. Assuming that the default frequency information in F1 and F2 is F1, the cross-frequency measurement report can be carried on the PUCCH in F1.

[0277] (10) uplink transmission resources in fourth default frequency information, where the fourth default frequency information is default frequency information in all frequency information associated with the RS resource under test;

[0278] For example, assuming that the default frequency information among F1 to F8 is F8, the cross-frequency measurement report may be carried on the PUCCH in F8.

[0279] (11) uplink transmission resources in one or more or each frequency information in all frequency information corresponding to the measurement results included in the cross-frequency measurement report;

[0280] For example, the cross-frequency measurement report may be carried on the PUCCH in one or more or each of F1 to F6.

[0281] For another example, assuming that the measurement result of F1 in the cross-frequency measurement report is shared with F0, but F0 is not associated with RSresoure1, or F0 may not be associated with the RS resources in this embodiment, then the cross-frequency measurement report may be carried on the PUCCH in one or more or each F among F0 to F6.

[0282] (12) uplink transmission resources in fifth default frequency information, where the fifth default frequency information is default frequency information in all frequency information corresponding to the measurement result included in the inter-frequency measurement report;

[0283] Continuing with the above example, the default frequency information in F1 to F6 is F5, and the cross-frequency measurement report can be carried on the PUCCH in F5.

[0284] For another example, assuming that the default frequency information among F0 to F6 is F0, the cross-frequency measurement report may be carried on the PUCCH in F0.

[0285] (13) Uplink transmission resources in the primary carrier;

[0286] For example, in a carrier aggregation scenario, the cross-frequency measurement report may be carried on the uplink transmission resources in the primary carrier.

[0287] It should be noted that the default frequency information in the embodiment of the present application may refer to the frequency information with the lowest frequency domain position among multiple frequency information, but is not limited to this. In addition, the default report configuration information in the embodiment of the present application may refer to the report configuration information with the smallest identification value among multiple report configuration information, but is not limited to this. In addition, the default RS resource in the embodiment of the present application may refer to the RS resource with the smallest identification value among multiple RS resources, but is not limited to this.

[0288] Optionally, after executing S31, the terminal may further execute S32.

[0289] S42, receiving target indication information, where the target indication information is used to indicate target information or a target information group.

[0290] Specifically, the network device sends target indication information to the terminal.

[0291] In a specific implementation, the network device may determine the target information or target information group corresponding to the multiple frequency information according to the cross-frequency measurement report.

[0292] For the convenience of description, the frequency information corresponding to the measurement results (such as beam information or CSI or quality information, etc.) contained in the cross-frequency measurement report is recorded as report frequency information below.

[0293] As a possible implementation method, the cross-frequency measurement report includes beam information or CSI corresponding to M reported frequency information. After the network device receives the cross-frequency measurement report, it can determine the target information or target information group corresponding to multiple target frequency information according to the cross-frequency measurement report. Among them, multiple target frequency information can be selected from M reported frequency information. Specifically, the beam information or CSI corresponding to each reported frequency information can be obtained by measurement by the terminal, or the beam information or CSI corresponding to a part of the reported frequency information can be obtained by measurement by the terminal, and the beam information or CSI corresponding to another part of the reported frequency information can be calculated using the first model deployed on the terminal. Alternatively, the beam information or CSI corresponding to each reported frequency information can be calculated using the first model deployed on the terminal. Among them, the first model can be an artificial intelligence (AI) model or a machine learning (ML) model. For the specific content of using the first model to calculate the beam information or CSI to obtain the cross-frequency measurement report, please refer to Example 11 below.

[0294] As another possible implementation, the cross-frequency measurement report includes beam information or CSI corresponding to M reported frequency information. After receiving the cross-frequency measurement report, the network device can input the beam information or CSI corresponding to at least one of the M reported frequency information into the second model to obtain the beam information or CSI corresponding to X frequency information, where X is a positive integer greater than M. Further, the network device can determine the target information or target information group corresponding to multiple target frequency information from the beam information or CSI corresponding to the X frequency information. For the specific content of using the second model to calculate the beam information or CSI to obtain the cross-frequency measurement report, please refer to Example 12 below.

[0295] Specifically, the network device can transmit signals with a single RF channel of the terminal on multiple target frequency information, and can achieve beam alignment in the high frequency band. In other words, the network device can determine a set of target frequency information based on the cross-frequency measurement report, and determine the target information or target information group corresponding to each target frequency information. The network device can transmit signals with a single RF channel of the terminal on this set of target frequency information based on the target information or target information group corresponding to each target frequency information, and the communication performance on each target frequency information is relatively good.

[0296] Furthermore, the network device may send target indication information to the terminal, and the target indication information may be used to indicate the target information or the target information group. In the solution of the embodiment of the present application, the frequency information corresponding to the target information is the target frequency information. The frequency information corresponding to the target information is also referred to as "frequency information applicable to the target information" hereinafter.

[0297] Furthermore, the terminal can determine the target information or target information group corresponding to the multiple frequency information based on the target information or target information group indicated by the target indication information. Thus, the terminal can learn the downlink beam or precoding information etc. adopted by the network device on the multiple frequency information.

[0298] It should be noted that the target information corresponding to different frequency information may be the same, or the target information corresponding to different frequency information may be different.

[0299] As described above, the target information may be beam information, TCI status, and source RS of TCI status. Furthermore, the terminal may determine the beam adopted by the terminal based on the target information corresponding to each frequency information, for example, a terminal that only supports a single RF channel determines the single beam adopted by the terminal. The single beam may be a downlink receiving beam or an uplink transmitting beam adopted by a single RF channel of the terminal. For example, the single RF channel of the terminal receives a signal sent by a network device on multiple frequency information through a determined single receiving beam, wherein the beam used by the network device to send a signal on multiple frequency information may be the same beam or different beams.

[0300] In addition, the target information group can be used to indicate the beam group used for downlink co-transmission on the frequency information corresponding to the target information group, and the terminal can determine one or more beams used by the terminal according to the target information group corresponding to each frequency information. The determined beam used by the terminal can be used to transmit signals between the beam group of the network device on a certain frequency information, or to transmit signals between the beam groups of the network device on multiple frequency information.

[0301] For example, a terminal that only supports a single RF channel determines a single beam used by the terminal, which can be used to receive a beam group used by a network device for simultaneous downlink transmission on one frequency information, or to receive a beam group used by a network device for simultaneous downlink transmission on multiple frequency information.

[0302] For another example, the terminal can determine multiple beams for simultaneously transmitting uplink signals on a single frequency information based on the target information group, or the terminal can determine multiple beams for simultaneously transmitting uplink signals on multiple frequency information, wherein the determined multiple beams can be used to simultaneously send uplink signals to the network device.

[0303] As mentioned above, the target information may be precoding information, MCS information, and rank information. Further, the terminal may perform signal transmission with the network device through a single radio frequency channel according to the target information or target information group corresponding to each frequency information.

[0304] It should be noted that for more information about the target indication information and the target information, please refer to the relevant description below. Specifically, the target indication information may be the first indication information below, or may be the second indication information below.

[0305] In addition, the network device may also activate at least two frequency information, and may also send activation indication information to the terminal, where the activation indication information may be used to indicate the at least two frequency information to be activated. The activated frequency information is the target frequency information mentioned above. More specifically, the activated frequency information may be selected from M reported frequency information. Exemplarily, the cross-frequency measurement report includes the measurement result of at least one RS resource, and the activated frequency information may be selected from Figure 4 Frequency information associated with at least one RS resource.

[0306] Thus, the network device can perform signal transmission with the single radio frequency channel of the terminal on the at least two activated frequency information.

[0307] From the above, in the solution of this embodiment, the terminal sends a cross-frequency measurement report to the network device, and the cross-frequency measurement report includes beam information or CSI corresponding to multiple frequency information. As a result, the network device can obtain the measurement results on multiple frequency information, so as to further determine the target information or target information group on multiple frequency information, so that the terminal can communicate with the network device with better performance on multiple frequency information, thereby improving the overall performance of the large bandwidth system.

[0308] For more information about the communication method provided in Example 4, please refer to the relevant descriptions of other embodiments in this document, which will not be repeated here.

[0309] Embodiment 5

[0310] Reference Figure 5 , Figure 5 It is a flow chart of the fifth communication method in the embodiment of the present application. Figure 5 The method shown can be executed by a terminal. Figure 5 The illustrated method may include S51.

[0311] S51, receiving single report configuration information, where the single report configuration information is associated with one or more RS resources.

[0312] Specifically, the network device may send a single report configuration information to the terminal.

[0313] In S51, the report configuration information may be associated with one or more RS resources.

[0314] Exemplarily, the report configuration information may include an identifier of an RS resource or an RS resource set or an RS resource configuration, so that the terminal may determine the RS resource or the RS resource set or the RS resource configuration associated with the report configuration information.

[0315] In another exemplary embodiment, the network device may send first association indication information to the terminal, and the first association indication information may be used to indicate the association relationship between the report configuration information and the RS resource. Specifically, the first association indication information may include an identifier of the report configuration information and an identifier of the RS resource, so that the terminal can determine the report configuration information and the RS resource associated with the report configuration information based on the first association indication information.

[0316] In another exemplary embodiment, the network device may send second association indication information to the terminal, and the second association indication information may be used to indicate the association relationship between the report configuration information and the resource set. Specifically, the second association indication information may include an identifier of the report configuration information and an identifier of the resource set, so that the terminal can determine the association between each RS resource in the resource set and the report configuration information according to the second association indication information.

[0317] In another exemplary embodiment, the network device may send a third association indication information to the terminal, and the third association indication information may be used to indicate the association relationship between the report configuration information and the resource configuration information. Specifically, the third association indication information may include an identifier of the report configuration information and an identifier of the resource configuration information, whereby the terminal may determine the association between each RS resource in the resource configuration information and the report configuration information according to the third association indication information.

[0318] After receiving the above-mentioned report configuration information, the terminal may measure at least a portion of RS resources associated with the report configuration information to generate a cross-frequency measurement report.

[0319] In an embodiment of the present application, the report configuration information is associated with multiple frequency information. Specifically, the report configuration information is associated with multiple frequency information means that the cross-frequency measurement report configured by the report configuration information includes beam information or CSI corresponding to multiple frequency information. That is, the association relationship between the report configuration information and the frequency information refers to the frequency information corresponding to the beam information or CSI contained in the configured report.

[0320] Furthermore, after receiving the above-mentioned report configuration information, the terminal may determine the RS resource to be measured according to the frequency information associated with the report configuration information.

[0321] In addition, the network device may send dedicated indication information to the terminal, and the dedicated indication information may be used to indicate report configuration information corresponding to the cross-frequency measurement report, or the dedicated indication information may be used to indicate resource information used to generate the cross-frequency measurement report, or the dedicated indication information may be used to indicate that the cross-frequency measurement report is triggered. Among them, the report configuration information is used to configure the cross-frequency measurement report, and the resource configuration information may be used to configure the RS resource or the resource set to which the RS resource belongs, that is, the resource configuration information may be the first configuration information or the second configuration information mentioned above.

[0322] In a specific implementation, the dedicated indication information may be carried in any of the following information: resource configuration information, report configuration information, and a trigger instruction for triggering an inter-frequency measurement report.

[0323] exist Figure 5 In the illustrated scheme, the number of cross-frequency measurement reports sent by the terminal is 1 measurement report. The following is a non-restrictive description of the bearer of the cross-frequency measurement report configured by the single report configuration information. The single report configuration information is recorded as report config0, and the cross-frequency measurement report configured by report config0 is recorded as report0. Reportconfig0 is associated with RSresoure1 and RSresoure2, wherein RSresoure1 is associated with F1 and F2, and RSresoure2 is associated with F3 and F4. In addition, the measurement result of F1 is shared with F5, and the measurement result of F4 is shared with F6. For this reason, report config0 is associated with F1~F6, that is, report0 includes the beam information or CSI of F1~F6.

[0324] Specifically, the cross-frequency measurement report may be carried in at least one of the following:

[0325] (1) In the uplink transmission resources configured by the report configuration information;

[0326] The uplink transmission resource configured by the report configuration information may refer to the PUCCH configured by the network device in the report configuration information for transmitting the report, and the report configuration information here may be the report configuration information corresponding to the cross-frequency measurement report.

[0327] For example, report0 can be carried in PUCCH0 configured in report config0.

[0328] (2) uplink transmission resources in sixth default frequency information, where the sixth default frequency information is the default frequency information in the frequency information associated with the report configuration information;

[0329] For example, assuming that the default frequency information in F1 to F6 is F5, report0 may be carried on the PUCCH in F5.

[0330] (3) reporting uplink transmission resources in one or more or each frequency information associated with the configuration information;

[0331] For example, report0 may be carried on the PUCCH in one or more or each of F0 to F6.

[0332] (4) reporting uplink transmission resources in one or more or each frequency information associated with at least a portion of RS resources associated with the configuration information;

[0333] For example, report0 may carry the PUCCH in F1 and / or F2 associated with RSresoure1.

[0334] For another example, report0 may carry the PUCCH in one or more or each of F1 to F4.

[0335] (5) uplink transmission resources in seventh default frequency information, where the seventh default frequency information is default frequency information in the frequency information associated with the at least one portion of RS resources associated with the report configuration information;

[0336] For example, assuming that the default frequency information in F1 and F2 is F1, the cross-frequency measurement report can be carried on the PUCCH in F1.

[0337] For another example, assuming that the default frequency information in F3 and F4 is F3, report0 can be carried on the PUCCH in F3.

[0338] (6) One or more or each frequency information or uplink transmission resource in the default frequency information associated with the third default RS resource, where the third default RS resource is the default RS resource among all RS resources associated with the report configuration information.

[0339] For example, assuming that the default RS resource in RSresoure1 and RSresoure2 is RSresoure1, report0 may be carried on the PUCCH in F1 and / or F2.

[0340] From the above, in the solution of this embodiment, the terminal can report the measurement results corresponding to multiple frequency information through a single cross-frequency measurement report.

[0341] For more information about the communication method provided in Example 5, please refer to the relevant descriptions of other embodiments in this document, which will not be repeated here.

[0342] Embodiment 6

[0343] Reference Figure 6 , Figure 6 It is a flow chart of the fifth communication method in the embodiment of the present application. Figure 6 The method shown can be executed by a terminal. Figure 6 The illustrated method may include S61.

[0344] S61, receiving multiple report configuration information, where the multiple report configuration information is associated with one or more RS resources.

[0345] Specifically, the network device may send multiple report configuration information to the terminal.

[0346] In one implementation, multiple report configuration information is associated with multiple RS resources, wherein each report configuration information is associated with at least one RS resource, and the multiple report configuration information are associated with each other. The RS resources associated with different report configuration information may not be completely the same.

[0347] Exemplarily, the network device may send report association indication information to the terminal, where the report association indication information is used to indicate the association relationship between the multiple report configuration information. For example, the report association indication information may include identifiers of the multiple report configuration information.

[0348] Also exemplarily, at least one report configuration information among the multiple report configuration information includes an associated report configuration identifier, and the associated report configuration identifier is an identifier of the report configuration information associated with the at least one report configuration information.

[0349] Specifically, the terminal may determine the report configuration information associated with a certain report configuration information according to the associated report configuration identifier carried by the report configuration information.

[0350] In another implementation, the RS resources associated with the multiple report configuration information may be the same. In this case, the contents of the multiple cross-frequency measurement sub-reports corresponding to the multiple report configuration information may be the same.

[0351] For example, RS resource1 is associated with F1 and F2, RS resource1 is associated with report config1, and RS resource1 is also associated with report config2.

[0352] In another embodiment, multiple report configuration information are associated with multiple frequency information, wherein each report configuration information is associated with at least one frequency information, and there is an association relationship between the multiple report configuration information. The RS resources to be measured can be determined based on the frequency information associated with the multiple report configuration information.

[0353] exist Figure 6In the illustrated scheme, the cross-frequency measurement report includes multiple cross-frequency measurement sub-reports, and the multiple cross-frequency measurement sub-reports correspond to multiple report configuration information respectively. Each cross-frequency measurement sub-report may include all or part of the measurement results of the RS resources associated with the corresponding report configuration information, and a complete cross-frequency measurement report is pieced together based on the multiple cross-frequency measurement sub-reports.

[0354] Alternatively, each cross-frequency measurement sub-report may include not only the measurement results of the RS resources associated with the corresponding report configuration information, but also the measurement results of the RS resources associated with the associated report configuration information.

[0355] In this embodiment, each report configuration information can be associated with one or more frequency information. As described above, the association relationship between the report configuration information and the frequency information means that the configured report contains beam information or CSI corresponding to the frequency information. The report in this embodiment is described below by taking the first sub-report in multiple cross-frequency measurement sub-reports as an example. The report configuration information corresponding to the first sub-report is recorded as the first report configuration information, and the first report configuration information can be any one of the multiple report configuration information. Assume that the first sub-report is recorded as report11, the first report configuration information is recorded as report config11, and the first sub-report satisfies at least one of the following:

[0356] (1) carried on the uplink transmission resources configured by the first report configuration information;

[0357] For example, report11 may be carried on PUCCH11 configured with report config11.

[0358] (2) uplink transmission resources carried in one or more or each of the multiple frequency information associated with the first report configuration information or the default frequency information;

[0359] For example, assuming that report11 is associated with F11-F16, report11 may be carried on a PUCCH in one or more or each F of F11-F16.

[0360] For another example, assuming that report11 is associated with F11 to F16, and the default frequency information in F11 to F16 is F11, then report11 can be carried on the PUCCH in F11.

[0361] (3) uplink transmission resources carried in one or more or each frequency information of all frequency information associated with the RS resource associated with the first report configuration information or in the default frequency information;

[0362] For example, report configuration11 is associated with RS resource11, RS resource12, RS resource13 and RSresource14, RS resource11 is associated with F11 and F12, RS resource12 is associated with F13 and F14, RS resource13 is associated with F15 and F16, RS resource14 is associated with F17 and F18, and report11 can be carried on the PUCCH in one or more or each F of F11 to F18.

[0363] For another example, assuming that the default frequency information in F11 to F18 is F11, report11 may be carried on the PUCCH in F11.

[0364] (4) an uplink transmission resource carried in one or more or each frequency information or default frequency information in a fourth default RS resource, wherein the fourth default RS resource is a default RS resource among all RS resources associated with the first report configuration information;

[0365] For example, assuming that the default RS resource among RS resource11 to RS resource14 is RS resource11, report11 may be carried on the PUCCH in F11 and / or F12.

[0366] For another example, assuming that the default frequency information in F11 and F12 is F11, report11 may be carried on the PUCCH in F11.

[0367] (5) uplink transmission resources carried in one or more or each frequency information associated with each RS resource in the RS resources corresponding to the measurement result included in the first sub-report;

[0368] For example, report11 includes the measurement results of RS resource11, the measurement results of RS resource12 and the measurement results of RS resource13, wherein RS resource11 is associated with F11 and F12, RS resource12 is associated with F13 and F14, RS resource13 is associated with F15 and F16, and report11 can be carried on the PUCCH in one or more or each F of F11 to F16.

[0369] (6) uplink transmission resources carried in one or more or each frequency information associated with a part of the RS resources corresponding to the measurement result contained in the first sub-report;

[0370] For example, continuing with the above example, report11 includes the measurement results of RSresource11, the measurement results of RS resource12 and the measurement results of RS resource13, wherein RS resource11 is associated with F11 and F12, RSresource12 is associated with F13 and F14, RS resource13 is associated with F15 and F16, and report11 can be carried on the PUCCH in one or more or each of the Fs associated with RSresource11 and RS resource13.

[0371] (7) an uplink transmission resource carried in one or more or each frequency information associated with a fifth default RS resource, where the fifth default RS resource is a default RS resource in the RS resources corresponding to the measurement result included in the first sub-report;

[0372] For example, continuing with the above example, report11 includes the measurement results of RSresource11, the measurement results of RS resource12 and the measurement results of RS resource13. Assuming that the default RS resource among RS resource11, RS resource12 and RSresource13 is RS resource11, RS resource11 is associated with F11 and F12, report11 can be carried on the PUCCH in F11 and / or F12.

[0373] (8) an uplink transmission resource carried in eighth default frequency information, where the eighth default frequency information is the default frequency information among all frequency information associated with the fifth default RS resource;

[0374] Continuing with the above example, the fifth default RS resource is RS resource11, RS resource11 is associated with F11 and F12, and assuming that the default frequency information in F11 and F12 is F11, report11 can be carried on the PUCCH in F11.

[0375] (9) uplink transmission resources carried in one or more or each frequency information or default frequency information in all frequency information corresponding to the measurement result included in the first sub-report;

[0376] For example, report11 includes beam information or CSI corresponding to F11 to F16, and report11 can be carried on the PUCCH in one or more or each F or default F among F11 to F16.

[0377] (10) carried on the uplink transmission resources configured by the first default report configuration information, where the first default report configuration information is the default report configuration information among the multiple report configuration information;

[0378] For example, assuming that the multiple report configuration information are report config11, report config12 and reportconfig13, and the default report configuration information among report config11, report config12 and report config13 is report config12, the PUCCH configured by report config12 is PUCCH12, and report11 can be carried on PUCCH12.

[0379] (11) uplink transmission resources carried in one or more or each of the multiple frequency information associated with the first default report configuration information or the default frequency information;

[0380] For example, continuing the above example, the first default report configuration information is report config12. Assuming that reportconfig12 is associated with F19 to F22, report11 can be carried on the PUCCH in one or more or each frequency information of F19 to F22. Assuming that the default frequency information of F19 to F22 is F19, report11 can be carried on the PUCCH in F19.

[0381] (12) uplink transmission resources carried in one or more or each frequency information of all frequency information associated with the RS resource associated with the first default report configuration information or in the default frequency information;

[0382] Continuing with the above example, the first default report configuration information is report config 12. Assuming that report config 12 is associated with RS resource 15 and RS resource 16, report 11 may be carried on a PUCCH in one or more or each of the Fs associated with RS resource 15 and the Fs associated with RS resource 16 or in the default F.

[0383] (13) an uplink transmission resource carried in one or more or each frequency information or default frequency information in a sixth default RS resource, wherein the sixth default RS resource is a default RS resource among all RS resources associated with the first default report configuration information;

[0384] Continuing with the above example, the first default report configuration information is report config12, report config12 is associated with RS resource15 and RS resource16, assuming that the default RS resource in RS resource15 and RS resource16 is RS resource15, then report11 can be carried on the PUCCH in one or more or each F or the default F associated with RSresource15.

[0385] (14) uplink transmission resources in one or more or each frequency information associated with each RS resource in the RS resource corresponding to the measurement result contained in the subreport corresponding to the first default report configuration information;

[0386] Continuing the above example, the first default report configuration information is report config12, and the subreport corresponding to report config12 is recorded as report12. Assuming that report12 includes the measurement results of RS resource15 and RS resource16, report11 can be carried in one or more or each of the Fs associated with RSresource15 and RS resource16 or the PUCCH in the default F.

[0387] (15) uplink transmission resources in one or more or each frequency information associated with a part of RS resources corresponding to the measurement result contained in the subreport corresponding to the first default report configuration information;

[0388] Continuing with the above example, the first default report configuration information is report config12, and report12 corresponding to report config12 includes the measurement results of RS resource15 and RS resource16. Then report11 can be carried on the PUCCH in one or more or each F associated with RSresource15 or the default F, or report11 can be carried on the PUCCH in one or more or each F associated with RS resource16 or the default F.

[0389] (16) an uplink transmission resource carried in one or more or each frequency information associated with a seventh default RS resource, where the seventh default RS resource is a default RS resource in the RS resources corresponding to the measurement result included in the subreport corresponding to the first default report configuration information;

[0390] Continuing with the above example, the first default report configuration information is report config12, report12 includes the measurement results of RSresource15 and RS resource16. Assuming that the default RS resource in RS resource15 and RS resource16 is RS resource15, report11 can be carried on the PUCCH in one or more or each F associated with RSresource15.

[0391] (17) an uplink transmission resource carried in the ninth default frequency information, where the ninth default frequency information is the default frequency information among all the frequency information associated with the seventh default RS resource;

[0392] Continuing with the above example, the seventh default RS resource is RS resource15, and report11 can be carried on the PUCCH in the default F among the multiple Fs associated with RSresource15.

[0393] (18) uplink transmission resources carried in one or more or each frequency information or default frequency information in all frequency information corresponding to the measurement result contained in the subreport corresponding to the first default report configuration information;

[0394] Continuing with the above example, the first default report configuration information is report config12, and report12 corresponding to report config12 includes frequency information corresponding to F19-F22, then report11 can be carried on the PUCCH in one or more or each F in F19-F22 or the default F.

[0395] (19) carried on the uplink transmission resources configured by each report configuration information;

[0396] Assume that the multiple report configuration information is report config11, report config12 and reportconfig13, the PUCCH configured by report config11 is PUCCH11, the PUCCH configured by report config12 is PUCCH12, the PUCCH configured by report config13 is PUCCH13, and report11 can be carried in PUCCH11, PUCCH12 and PUCCH13.

[0397] (20) carried on a first default uplink transmission resource, where the first default uplink transmission resource is a default uplink transmission resource among the uplink transmission resources configured by the multiple report configuration information;

[0398] Continuing with the above example, the multiple report configuration information is report config11, report config12 and report config13, the PUCCH configured by report config11 is PUCCH11, the PUCCH configured by report config12 is PUCCH12, and the PUCCH configured by report config13 is PUCCH13. Assuming that the default PUCCH among PUCCH11, PUCCH12 and PUCCH13 is PUCCH13, report11 can be carried in PUCCH13.

[0399] (21) uplink transmission resources carried in one or more or each frequency information or default frequency information of all frequency information associated with the multiple report configuration information;

[0400] Continuing with the above example, multiple report configuration information are report config11, report config12 and report config13, report config11 is associated with F11-F16, report config12 is associated with F19-F22, and report config13 is associated with F23-F24, then report11 can be carried on the PUCCH in one or more or each F among F11-F16 and F19-F24 or the default F.

[0401] (22) uplink transmission resources carried in one or more or each of all frequency information associated with the RS resources associated with the plurality of report configuration information or in the default frequency information;

[0402] Continuing with the above example, report config11 is associated with RS resource11 to RS resource14, report config12 is associated with RS resource15 and RS resource16, and report config13 is associated with RS resource17. Then report11 can be carried on the PUCCH in one or more or each of all Fs associated with RS resource11 to RS resource17 or the default F.

[0403] (23) an uplink transmission resource carried in one or more or each frequency information or default frequency information in an eighth default RS resource, wherein the eighth default RS resource is a default RS resource in all RS resources associated with the multiple report configuration information;

[0404] Continuing with the above example, report config11 is associated with RS resource11 to RS resource14, report config12 is associated with RS resource15 and RS resource16, and report config13 is associated with RS resource17. Assuming that the default RS resource among RS resource11 to RS resource17 is RSresource17, report11 can be carried on the PUCCH in one or more or each F of all Fs associated with RSresource17 or the default F.

[0405] (24) an uplink transmission resource carried in a tenth default frequency information, where the tenth default frequency information is the default frequency information in the frequency information to which the uplink transmission resources configured in the plurality of report configuration information belong;

[0406] Continuing the above example, the PUCCH configured by report config11 is PUCCH11, the PUCCH configured by report config12 is PUCCH12, and the PUCCH configured by report config13 is PUCCH13. Assuming that the frequency information to which PUCCH11 belongs is F7, the frequency information to which PUCCH12 belongs is F8, the frequency information to which PUCCH13 belongs is F9, and the default frequency information among F7 to F9 is F9, then report11 can be carried on the PUCCH in F9.

[0407] (25) uplink transmission resources carried in one or more or each frequency information associated with each RS resource in the RS resources corresponding to the measurement results included in the multiple cross-frequency measurement sub-reports;

[0408] Continuing with the above example, report11 includes the measurement results of RS resource11, RS resource12 and RS resource13, report12 includes the measurement results of RS resource15 and RS resource16, and assuming that report13 includes the measurement results of RS resource17, report11 can be carried on the PUCCH in one or more or each of all Fs associated with RSresource11, RS resource12, RS resource13, RS resource15, RS resource16 and RSresource17, or the default F.

[0409] (26) uplink transmission resources carried in one or more or each frequency information associated with a part of RS resources corresponding to the measurement results included in the multiple cross-frequency measurement sub-reports;

[0410] Continuing with the above example, report11 includes the measurement results of RS resource11, the measurement results of RS resource12 and the measurement results of RS resource13, report12 includes the measurement results of RS resource15 and RS resource16, and report13 includes the measurement results of RS resource17. Report11 can be carried on the PUCCH in one or more or each F or the default F of all Fs associated with a part of RSresources in RS resource11, RSresource12, RS resource13, RS resource15, RS resource16 and RS resource17.

[0411] (27) one or more or each frequency information associated with a default RS resource in the RS resources corresponding to the measurement results contained in the multiple cross-frequency measurement sub-reports or uplink transmission resources in the default frequency information;

[0412] Continuing with the above example, report11 includes the measurement results of RS resource11, RS resource12 and RS resource13, report12 includes the measurement results of RS resource15 and RS resource16, and report13 includes the measurement results of RS resource17. Assuming that the default RS resource among RS resource11, RS resource12, RSresource13, RS resource15, RS resource16 and RS resource17 is RSresource17, report11 can be carried on one or more or each of all Fs associated with RS resource17 or the PUCCH in the default F.

[0413] (28) Uplink transmission resources carried in one or more or each frequency information or default frequency information in all frequency information corresponding to the measurement results included in the multiple cross-frequency measurement sub-reports.

[0414] Assuming that the multiple report configuration information are report config11, report config12 and reportconfig13, report11 corresponding to report config11 includes the measurement results corresponding to F11~F16, report12 corresponding to reportconfig12 includes the measurement results corresponding to F19~F22, and report13 corresponding to report config13 includes the measurement results corresponding to F23~F24, then report11 can be carried on the PUCCH in one or more or each F of F11~F16 and F19~F24 or the default F.

[0415] For more information about the communication method provided in Example 6, please refer to the relevant descriptions of other embodiments in this document, which will not be repeated here.

[0416] Embodiment 7

[0417] Reference Figure 7 , Figure 7 It is a flow chart of the fifth communication method in the embodiment of the present application. Figure 7 The method shown can be executed by a terminal. Figure 7 The illustrated method may include S71.

[0418] S71. Send a first measurement report, where the first measurement report includes: measurement reports of K RS resources, where K is a positive integer.

[0419] Correspondingly, the network device receives the first measurement report. In an embodiment of the present application, K>1, and frequency information associated with at least two of the K RS resources is different, but the present invention is not limited thereto.

[0420] As a possible implementation manner, the first measurement report may be the cross-frequency measurement report in Embodiment 5.

[0421] As another possible implementation manner, the first measurement report may be the first sub-report in Embodiment 6.

[0422] In a specific implementation, the first measurement report may include measurement reports of K RS resources, wherein the measurement report of a single RS resource is a part of the first measurement report, that is, the measurement report of a single RS can be regarded as a sub-report of the first measurement report.

[0423] The following is a specific description of the contents included in the measurement report of a single RS resource.

[0424] The measurement report of each RS resource may include at least one of the following:

[0425] (1) RS resource measurement results, where the measurement results may include at least one of the following: a CSI group, beam information, and at least one first common CSI;

[0426] In a first implementation manner, the first measurement report is a beam report, and the measurement result of the RS resource may be beam information. Taking CRI as an example, the first measurement report may include K CRIs.

[0427] For example, the first measurement report may include the following {CRI1, CRI2}, where CRI1 is obtained by measuring RS resource1, RS resource1 is associated with F1 and F2, and CRI2 is obtained by measuring RS resource2, RS resource2 is associated with F3 and F4.

[0428] In a second implementation, the first measurement report is a CSI report, and the measurement result of the RS resource may be a CSI group, the CSI group includes multiple CSIs, and the multiple CSIs correspond to multiple frequency information associated with the RS resource, that is, the first measurement report may include K CSI groups.

[0429] Continuing with the above example, RS resource1 is associated with F1 and F2, and RS resource2 is associated with F3 and F4. The measurement report of RSresource1 may include the following {PMI1, PMI2}, where PMI1 corresponds to F1, PMI2 corresponds to F2, and the measurement report of RSresource2 may include the following {PMI3, PMI4}, where PMI3 corresponds to F3, and PMI4 corresponds to F4.

[0430] In a third implementation, the first measurement report is a CSI report, and the measurement result of the RS resource may include at least one first common CSI, wherein at least two frequency information among multiple frequency information associated with the RS resource share one first common CSI.

[0431] Continuing the above example, RS resource1 is associated with F1 and F2, and RS resource2 is associated with F3 and F4. Then the measurement report of RS resource1 may include the first common CSI: PMI1_common1, where F1 and F2 share PMI1_common1; the measurement report of RS resource2 may include the first common CSI: PMI2_common1, where F3 and F4 share PMI2_common1. Thus, the first measurement report may include the following {PMI1_common1, PMI2_common2}.

[0432] In a specific implementation, frequency information associated with the same RS resource and having a close frequency domain location can share the same first common CSI, wherein the frequency information that is close can refer to adjacent frequency information. More specifically, the first common CSI can be determined based on the CSI corresponding to the frequency information that shares the first common CSI. For example, the CSI with the best quality information can be selected as the first common CSI from multiple CSIs corresponding to multiple frequency information that share the first common CSI, or the statistical average of multiple CSIs can be used as the first common CSI.

[0433] Compared with the second implementation mode described above, the third implementation mode is beneficial to saving the signaling overhead of reporting the first measurement report.

[0434] It should be noted that, in practical applications, the second implementation and the third implementation may also be used in combination. The type of the CSI in the CSI group and the first public CSI may be different types of CSI. For example, the CSI in the CSI group may be a PMI, and the first public CSI may be an RI.

[0435] For example, RS resource1 is associated with F1~F3, and the measurement report of RS resource1 may include the following {(PMI1, PMI2, PMI3), RI1_common1}. Among them, (PMI1, PMI2, PMI3) is a CSI group, and RI1_common1 can be shared by F1~F3, indicating that F1, F2, and F3 have the same RI information but have different PMI information, that is, the terminal reports to the network device the equal rank (which can be understood as the equal number of data streams) on each frequency obtained after measurement, and the different precoding matrices for each frequency when achieving equal rank transmission.

[0436] (2) resource indication information, where the resource indication information is used to indicate the RS resource;

[0437] Specifically, the first measurement report may include K pieces of resource indication information.

[0438] For example, the first measurement report is a CSI report, and the first measurement report includes K CSI groups, then the first measurement report may also include K CRIs, and the CRI may be used to indicate the RS resources corresponding to each CSI group.

[0439] For example, the measurement report of RSresource1 may include the following {(PMI1, PMI2), CRI1}, and the measurement report of RSresource2 may include {(PMI3, PMI4), CRI2}.

[0440] (3) first frequency indication information, where the first frequency indication information is used to indicate frequency information corresponding to the CSI;

[0441] Specifically, the first frequency indication information may be used to indicate frequency information corresponding to each CSI in the CSI group.

[0442] For example, the measurement report of RSresource1 may include the following {(PMI1, F1), (PMI2, F2)}, and the measurement report of RSresource2 may include {(PMI3, F3), (PMI4, F4)}.

[0443] (4) second frequency indication information, where the second frequency indication information is used to indicate at least two frequency information sharing the first common CSI;

[0444] For example, RS resource1 is associated with F1 and F2, the measurement report of RSresource1 can be as follows {PMI1_common1, (F1, F2)}, that is, PMI1_common1 is shared by F1 and F2, and the measurement report of RSresource2 can include the following {PMI2_common1, (F3, F4)}, that is, PMI2_common1 is shared by F3 and F4.

[0445] For another example, RS resource1 is associated with F1-F3, and the measurement report of RS resource1 may include the following {(PMI1, PMI2, PMI3), (RI1_common1, (F1, F2))}, wherein RI1_common1 is shared by F1 and F2, but F3 does not share RI1_common1.

[0446] (5) multiple pieces of quality information, where the multiple pieces of quality information respectively correspond to multiple pieces of frequency information associated with the RS resource or respectively correspond to the multiple CSIs;

[0447] For example, the first measurement report is a beam report, RS resource1 is associated with F1 and F2, and the measurement report of RSresource1 includes the following {CRI1, (RSRP1, RSRP2)}, where RSRP1 and RSRP2 are the quality information corresponding to F1 and F2 respectively.

[0448] For another example, the first measurement report is a CSI report, RS resource1 is associated with F1 and F2, and the measurement report of RSresource1 includes the following {(PMI1, PMI2), (CQI1, CQI2)}, where CQI1 and CQI2 are quality information corresponding to F1 and F2 respectively.

[0449] (6) third frequency indication information, where the third frequency indication information is used to indicate frequency information corresponding to the quality information;

[0450] For example, the first measurement report is a beam report, RS resource1 is associated with F1 and F2, and the measurement report of RSresource1 includes the following {CRI1, (RSRP1, F1), (RSRP2, F2)}, where RSRP1 and RSRP2 are the quality information corresponding to F1 and F2 respectively.

[0451] (7) First comprehensive quality information, the first comprehensive quality information is determined based on quality information corresponding to multiple frequency information associated with the RS resource; wherein the first comprehensive quality information may be a weighted average of quality information corresponding to multiple frequency information associated with the RS resource.

[0452] For example, the first measurement report is a beam report, RS resource1 is associated with F1 and F2, and the measurement report of RSresource1 includes the following {CRI1, RSRP_joint}, where RSRP_joint is the first comprehensive quality information determined according to RSRP1 and RSRP2. Non-limitingly, the first comprehensive quality information may be broadband quality information.

[0453] (8) second comprehensive quality information, the second comprehensive quality information is determined based on the quality information corresponding to each CSI in the CSI group; specifically, the second comprehensive quality information may be a weighted average of the quality information corresponding to all CSIs in the CSI group. The quality information corresponding to the CSI may refer to the quality information corresponding to the frequency information corresponding to the CSI. Alternatively, the quality information corresponding to the CSI in the CSI group may be referred to as the quality information corresponding to the frequency information in the CSI group.

[0454] For example, the first measurement report is a CSI report, RS resource1 is associated with F1 and F2, and the measurement report of RSresource1 includes the following {(PMI1, PMI2), CQI_joint}, where CQI_joint is the second comprehensive quality information determined according to CQI1 and CQI2.

[0455] (9) third comprehensive quality information corresponding to the first public CSI, where the third comprehensive quality information is determined based on quality information corresponding to at least two frequency information sharing the first public CSI;

[0456] Specifically, the third comprehensive quality information may be a weighted average of quality information corresponding to at least two frequency information sharing the first common CSI.

[0457] For example, the first measurement report is a CSI report, RS resource1 is associated with F1~F3, and the measurement report of RS resource1 may include the following {(PMI1, PMI2, PMI3), (RI1_common1, CQI_joint, (F1, F2)), (RI3, CQI3, F3)}, where RI1_common1 is shared by F1 and F2, but F3 does not share RI1_common1, and CQI_joint is the third comprehensive quality information determined based on CQI1 corresponding to F1 and CQI2 corresponding to F2.

[0458] (10) broadband quality information corresponding to at least one of the multiple frequency information;

[0459] (11) Terminal capability information and / or co-location information corresponding to RS resources;

[0460] For example, the terminal has multiple antenna panels, and the capabilities of each panel are different, such as panel 1 supports a maximum of 4 ports, and panel 2 supports a maximum of 2 ports. Assuming that the capabilities of the two panels are represented by terminal capability value set 1 (UE capability value set 1) and terminal capability value set 2 (UE capability value set 2), the terminal capability information corresponding to the RS resource can be used to indicate the antenna panel used by the terminal to measure the RS resource, or the terminal capability information corresponding to the RS resource can be used to indicate the antenna panel of the terminal to receive the RS.

[0461] For example, the measurement report of RS resource1 may include the following:

[0462] {(CRI1,set1)

[0463] That is, the terminal measures RS resource1 on antenna panel 1.

[0464] For another example, the first measurement report may include measurement reports of RS resource1 to RS resource4, and the first measurement report may include the following:

[0465] {(CRI1,set1)(CRI2,set1)(CRI3,set1)(CRI4,set2)}

[0466] Among them, CRI1, CRI2 and CRI3 are respectively measured by the terminal on RS resource1 to RS resource3 on antenna panel 1, and CRI4 is measured by the terminal on RS resource4 on antenna panel 2. In other words, the terminal capability information corresponding to the RS resources included in the first measurement report is the same or different. If the terminal capability information corresponding to different RS resources is the same, it can be explained that the measurement results of different RS resources are measured on the same antenna panel.

[0467] In addition, the co-location information corresponding to the RS resource can be used to indicate the network site from which the RS comes. The same co-location information corresponding to different RS resources can indicate that the RSs of different RS resources come from the same network site.

[0468] (12) terminal capability information and / or co-location information corresponding to the measurement result;

[0469] For example, the measurement report of RS resource1 may include the following:

[0470] {(CRI1,set1)

[0471] That is, the terminal performs measurement on antenna panel 1 and obtains CRI1.

[0472] For another example, the first measurement report may include measurement reports of RS resource1 to RS resource4, and the first measurement report may include the following:

[0473] {(CRI1,set1)(CRI2,set1)(CRI3,set1)(CRI4,set2)}

[0474] That is, CRI1, CRI2, and CRI3 are CRIs measured by the terminal on antenna panel 1, and CRI4 is CRI measured by the terminal on antenna panel 2. In other words, the terminal capability information corresponding to the multiple measurement results is the same, which indicates that the multiple measurement results are measured on the same antenna panel.

[0475] In addition, the first measurement report includes the same or different co-location information corresponding to the measurement result. The first measurement report may include the following:

[0476] {(CRI1,collocation1)(CRI2,collocation1)(CRI3,collocation1)(CRI4,collocation2)}

[0477] Among them, CRI1-CRI3 correspond to the same co-location information, which means that CRI1-CRI3 are obtained by the terminal measuring the reference signal from the same network site, and CRI4 is obtained by the terminal measuring the reference signal from another network site. In other words, the co-location information corresponding to multiple measurement results is the same, which means that the multiple measurement results are obtained by the terminal measuring the reference signal from the same network site.

[0478] (13) terminal capability information and / or co-location information corresponding to each frequency information associated with RS resources;

[0479] The terminal capability information corresponding to the multiple frequency information associated with the same RS resource may be the same, for example, all are the terminal capability information corresponding to the RS resource.

[0480] In addition, the terminal capability information corresponding to the multiple frequency information associated with one RS resource may also be different. For example, RSs on different frequency information may be received and measured through different antenna panels of the terminal.

[0481] Similarly, the co-location information corresponding to multiple frequency information associated with the same RS resource may be the same, for example, all are co-location information corresponding to the RS resource.

[0482] In addition, the co-location information corresponding to the multiple frequency information associated with one RS resource may also be different. For example, RSs on different frequency information may be sent by different network sites.

[0483] (14) terminal capability information and / or co-location information corresponding to each piece of quality information;

[0484] The terminal capability information corresponding to the quality information may be the terminal capability information corresponding to the frequency information corresponding to the quality information.

[0485] Similarly, the co-location information corresponding to the quality information may be the co-location information corresponding to the frequency information corresponding to the quality information.

[0486] (15) terminal capability information and / or co-location information corresponding to each CSI;

[0487] The terminal capability information corresponding to the CSI may be the terminal capability information corresponding to the frequency information corresponding to the CSI.

[0488] Similarly, the co-site information corresponding to the CSI may be the co-site information corresponding to the frequency information corresponding to the CSI.

[0489] (16) first grouping indication information, the measurement reports of multiple RS resources carrying the same first grouping indication information satisfy: the frequency information associated with the multiple RS resources is different;

[0490] Specifically, the first grouping indication information may be used to indicate the first group to which the measurement result of the RS resource belongs. Different measurement results belonging to the same first group correspond to different RS resource-associated frequency information.

[0491] For example, the first measurement report includes measurement reports of RSresource1 to RSresource4, wherein RSresource1 is associated with F1 and F2, RSresource2 is associated with F3 and F4, RSresource3 is associated with F1 and F2, and RSresource4 is associated with F3 and F4. The first measurement report is a beam report, and the first measurement report may include the following:

[0492] {(CRI1,G1)(CRI2,G1)(CRI3,G2)(CRI4,G2)}

[0493] Among them, G1 and G2 are first grouping indication information, CRI1 corresponds to F1 and F2 and corresponds to G1, CRI2 corresponds to F3 and F4 and corresponds to G1, CRI3 corresponds to F1 and F2 and corresponds to G2, and CRI4 corresponds to F3 and F4 and corresponds to G2.

[0494] For another example, the first measurement report is a CSI report, and the first measurement report may include the following:

[0495] {(PMI1,PMI2,G1)(PMI3,PMI4,G1)(PMI5,PMI6,G2)(PMI7,PMI8,G2)},

[0496] Among them, PMI1 and PMI2 correspond to F1 and F2 and G1 respectively, PMI3 and PMI4 correspond to F3 and F4 and G1 respectively, PMI5 and PMI6 correspond to F1 and F2 and G2 respectively, and PMI7 and PMI8 correspond to F3 and F4 and G2 respectively.

[0497] (17) First confirmation indication information, where the first confirmation indication information is used to indicate whether the RS resource is associated with multiple frequency information.

[0498] Specifically, the first confirmation indication information in the measurement report of the RS resource can be used to indicate whether the RS resource is an RS resource associated with multiple frequency information. If the confirmation indication information is a preset value, it can be determined that the RS resource is associated with multiple frequency information. If the confirmation indication information is not a preset value, it can be determined that the RS resource is associated with a single frequency information.

[0499] For example, the first measurement report includes measurement reports of RSresource1 to RSresource4, wherein RSresource1 is associated with F1 and F2, RSresource2 is associated with F3 and F4, RSresource3 is associated with F3 and F4, and RSresource4 is associated with F3. The first measurement report may include the following:

[0500] {(CRI1,Y), (CRI2,Y), (CRI3,Y), (CRI4,N)}

[0501] Among them, Y is the above-mentioned preset value, and the CSI-RS resources corresponding to CRI1 to CRI3 corresponding to Y are associated with multiple frequency information, while the CSI-RS resources corresponding to CRI4 corresponding to N are associated with only one frequency information.

[0502] (18) first sharing indication information, where the first sharing indication information is used to indicate first relevant frequency information of a measurement report for sharing the RS resource, where the first relevant frequency information is not associated with the RS resource;

[0503] The first related frequency information may be frequency information adjacent to the frequency information associated with the RS resource. Alternatively, the first related frequency information may be frequency information belonging to the same frequency information group as the frequency information associated with the RS resource.

[0504] For example, the first measurement report may include a measurement report of RS resource1, wherein RS resource1 is associated with F1 and F2, wherein the measurement report of RS resource1 may be shared with F0, but RS resource1 is not associated with F0, and the measurement report of RS resource1 may include indication information of F0.

[0505] (19) second sharing indication information, where the second sharing indication information is used to indicate first related frequency information for sharing at least a part of the measurement result of the RS resource, where the at least a part of the measurement result is any one of the following: the CSI group, one or more CSIs in the CSI group, the beam information, and one or more of the first common CSIs;

[0506] Assume that the first measurement report may include a measurement report of RS resource1, wherein RS resource1 is associated with F1 and F2, wherein at least a portion of the measurement result in the measurement report of RS resource1 may be shared with F0, but RS resource1 is not associated with F0.

[0507] For example, the first measurement report is a beam report, and the measurement report of RSresource1 may include the following: {CRI1, F0}, that is, the beam information corresponding to F1 and F2 is shared with F0.

[0508] For another example, the first measurement report is a CSI report, the measurement result of the RS resource may be a CSI group, and the measurement report of RS resource1 may include the following {(PMI1, F0), PMI2}, that is, the CSI corresponding to F1 is shared with F0.

[0509] For another example, the first measurement report is a CSI report, RS resource1 is associated with F1 to F3, and the measurement report of RS resource1 may include the following:

[0510] {(PMI1, PMI2, PMI3), (RI1_common1, (F1, F2), F4)}

[0511] That is, the measurement result of the RS resources may include the first common CSI, RI1_common1 is shared by F1 and F2, but F3 does not share RI1_common1, and in addition, RI1_common1 is also shared with F4.

[0512] (20) third sharing indication information, wherein the third sharing indication information is used to indicate first related frequency information of shared quality related information, wherein the quality related information is any one of the following: one or more of the quality information, the first comprehensive quality information, the second comprehensive quality information, and one or more of the third comprehensive quality information.

[0513] In the above scheme, the first relevant frequency information of part or all of the content of the first measurement report is indicated by sharing indication information, and the first relevant frequency information is not associated with RS resources. With such a scheme, the terminal does not need to measure the RS resources associated with the first relevant frequency information, which is conducive to reducing the measurement power consumption of the terminal.

[0514] It should be noted that the description of sharing a certain information with a certain frequency information or certain frequency information in this document can be understood as taking the information as the information corresponding to the shared frequency information. For example, sharing CRI1 with F0 can be regarded as the beam information corresponding to F0 is CRI1.

[0515] The format of the first measurement report is described below.

[0516] Specifically, the measurement reports of the K RS resources may be carried in the first measurement report according to a preset order or position. With such a solution, the first measurement report may not need to carry grouping indication information, which is beneficial to reducing signaling overhead.

[0517] For example, the RS resources may be arranged in ascending or descending order according to their indexes.

[0518] For another example, the RS resources may be arranged first according to frequency information associated with them, and then arranged according to the first group to which the measurement reports of the RS resources belong, wherein the RS resources whose measurement reports belong to the same first group have different frequency information associated with them.

[0519] Assume that the first measurement report includes measurement reports of RSresource1 to RSresource4, wherein RSresource1 is associated with F1 and F2, RSresource2 is associated with F1 and F2, RSresource3 is associated with F3 and F4, and RSresource4 is associated with F3 and F4. The first measurement report may include the following:

[0520] {report1, report2, report3, report4}

[0521] Among them, the measurement report report1 of RSresource1 and the measurement report report3 of RSresource3 are a group, and the measurement report report2 of RSresource2 and the measurement report report4 of RSresource4 are a group.

[0522] For another example, the RS resources may be arranged first according to the first group to which the measurement reports of the RS resources belong, and then arranged according to the frequency information associated with the RS resources.

[0523] Continuing with the above example, the first measurement report may include the following:

[0524] {report1, report3, report2, report4}

[0525] Further, the measurement report of each RS resource in the first measurement report may satisfy at least one of the following:

[0526] (1) Multiple CSIs are carried in the CSI group according to a preset order or position;

[0527] For example, the CSIs in the CSI group may be arranged in order from low to high or from high to low according to the frequency domain positions of the corresponding frequency information.

[0528] (2) multiple first public CSIs are carried in the measurement report of the RS resource according to a preset order or position;

[0529] For example, the plurality of first public CSIs may be arranged in order from low to high or from high to low according to the frequency domain positions of the frequency information sharing the respective first public CSIs.

[0530] (3) multiple quality information are carried in the measurement report of the RS resource according to a preset order or position;

[0531] For example, the plurality of quality information may be arranged in order from low to high or from high to low according to the frequency domain position of the frequency information corresponding to each piece of quality information.

[0532] (4) multiple third comprehensive quality information are carried in the measurement report of the RS resource according to a preset order or position;

[0533] For example, the plurality of third comprehensive quality information may be arranged in order from low to high or from high to low according to the frequency domain position of the frequency information corresponding to each piece of the third comprehensive quality information.

[0534] (5) The measurement report of the RS resource includes multiple second groups, each of which corresponds to multiple frequency information associated with the RS resource, and different second groups correspond to different frequency information, wherein the second group includes at least one of the following: the CSI, the quality information, and the first frequency indication information. That is, the measurement report of the RS resource can be grouped according to the frequency information.

[0535] For example, RSresource1 is associated with F1 and F2, and the measurement report of RSresource1 may include the following:

[0536] {{PMI1, F1, CQI1} {PMI2, F2, CQI 2}}

[0537] Among them, {PMI1, F1, CQI 1} is the second group corresponding to F1, and {PMI2, F2, CQI 2} is the second group corresponding to F2.

[0538] As described above, the network device may determine the target information according to the cross-frequency measurement report, wherein the target information may be determined according to the measurement report of the target RS resource in the cross-frequency measurement report.

[0539] In a specific implementation, the first confirmation indication information corresponding to the target RS resource is a preset value. That is, the measurement report of the RS resource associated with multiple frequency information can be used to determine the target information. By adopting such a solution, it can be ensured that the target information can be applicable to multiple frequency information.

[0540] Specifically, the network device may determine the target information corresponding to all frequency information associated with the RS resource or a part of the frequency information associated with the RS resource according to the measurement report of the single RS resource.

[0541] In one embodiment of the present application, the network device may determine one target information according to a measurement report of one RS resource, and the target information may correspond to all or part of the frequency information associated with the RS resource.

[0542] In another embodiment of the present application, the network device may determine multiple target information based on a measurement report of a single RS resource, and the multiple target information respectively correspond to different frequency information associated with the RS resource.

[0543] In another embodiment of the present application, the network device may determine multiple target information according to measurement reports of multiple RS resources, wherein the multiple target information is applicable to different frequency information.

[0544] The first grouping indication information carried by the measurement reports of the multiple target RS resources corresponding to the multiple target information may be the same. Alternatively, the first groups to which the measurement reports of the multiple target RS resources corresponding to the multiple target information belong are different. In other words, the network device may determine the multiple target information based on the measurement reports of each RS resource in a first group. Such a solution is conducive to ensuring that the frequency information applicable to different target information is different.

[0545] In addition, the target information may also satisfy at least one or more of the following conditions to ensure that the target information can be used for single radio frequency channel communication with the terminal:

[0546] (1) The terminal capability information corresponding to the measurement results corresponding to different target information in the first measurement report is the same;

[0547] The measurement result corresponding to the target information in the first measurement report may be the measurement result included in the measurement report of the target RS resource in the first measurement report.

[0548] (2) The co-location information corresponding to the measurement results corresponding to different target information in the first measurement report is the same;

[0549] (3) The terminal capability information corresponding to the multiple target RS resources in the first measurement report is the same;

[0550] (4) The co-location information corresponding to the multiple target RS resources in the first measurement report is the same;

[0551] (5) The terminal capability information corresponding to the multiple frequency information applicable to the target information in the first measurement report is the same;

[0552] (6) The multiple frequency information applicable to the target information is the same as the corresponding co-location information in the first measurement report;

[0553] (7) The terminal capability information corresponding to the quality information in the first measurement report corresponding to different target information is the same;

[0554] (8) The co-location information corresponding to the quality information in the first measurement report corresponding to different target information is the same;

[0555] (9) The terminal capability information corresponding to the CSI information corresponding to different target information in the first measurement report is the same;

[0556] (10) The co-location information corresponding to the CSI information corresponding to different target information in the first measurement report is the same.

[0557] Further, the network device may send first indication information to the terminal, and the first indication information may be used to indicate the target information. After receiving the first indication information, the terminal may determine the frequency information to which the target information is applicable.

[0558] As a possible implementation, the first indication information may not carry indication information for indicating the frequency information applicable to the target information, and the terminal may determine the frequency information applicable to each target information based on a default rule. Specifically, the target information may satisfy at least one of the following:

[0559] (1) The target information applies to each frequency information associated with the target RS resource;

[0560] Taking the target information as TCI state as an example, the terminal can determine that each frequency information associated with the target RS resource corresponds to the TCI state. That is, the terminal can determine that the network device uses the TCI state on each frequency information associated with the target RS resource. For example, the network device determines TCI state 1 based on the measurement report of RSresource1, and the network device indicates TCI state 1 to the terminal. The terminal can determine that the network device uses TCI state 1 on F1 and F2 associated with RSresource1.

[0561] (2) The target information applies to at least one frequency information associated with the target RS resource;

[0562] Taking the target information as the TCI state as an example, the network device can indicate 1 TCI state through the first indication information, and the terminal can determine that the network device uses the TCI state on part of the frequency information associated with the target RS resource.

[0563] (3) The target information applies to the default frequency information among the multiple frequency information associated with the target RS resource;

[0564] Specifically, the terminal may determine that the network device uses the target information on the default frequency information among the multiple frequency information associated with the target RS resource. In this case, the network device may indicate multiple target information, and different target information is determined according to measurement reports of different target RS resources.

[0565] For example, the network device determines TCI state 1 based on the measurement report of RSresource1, and the network device indicates TCI state 1 to the terminal. The terminal can determine that the network device uses TCI state 1 on the default frequency information in F1 and F2 associated with RSresource1.

[0566] (4) The target information is applicable to one or more frequency information indicated by the second frequency indication information;

[0567] As described above, the second frequency indication information can be used to indicate the frequency information sharing the first common CSI, and the terminal can determine that the network device uses the target information on the frequency information indicated by the second frequency indication information in the measurement report of the target RS resource.

[0568] (5) The target information is applicable to the default frequency information among the multiple frequency information indicated by the second frequency indication information;

[0569] Specifically, the terminal may determine that the network device uses the target information on the default frequency information among the multiple frequency information indicated by the second frequency indication information in the measurement report of the target RS resource.

[0570] (6) The target information is applicable to at least one frequency information indicated by the first frequency indication information;

[0571] Specifically, the target information is applicable to at least one frequency information indicated by the first frequency indication information in the target RS resource.

[0572] As described above, the first frequency indication information can be used to indicate the frequency information corresponding to the CSI. In a specific implementation, in the measurement report of the RS resource, a part of the CSI has the corresponding first frequency indication information, and the other part of the CSI does not have the corresponding first frequency indication information. In this case, after receiving the first indication information, the terminal can determine that the network device uses the target information on the frequency information indicated by the first frequency indication information in the measurement report of the target RS resource.

[0573] (7) The target information is applicable to at least one frequency information indicated by the third frequency indication information.

[0574] Specifically, the target information is applicable to at least one frequency information indicated by the third frequency indication information in the target RS resource.

[0575] As described above, the third frequency indication information can be used to indicate the frequency information corresponding to the quality information. Consider such a situation that in the measurement report of the RS resource, part of the quality information has the corresponding third frequency indication information, and the other part of the quality information does not have the corresponding third frequency indication information. For example, the terminal can indicate only the frequency information corresponding to the best quality information in the measurement report of the RS resource.

[0576] In this case, after receiving the first indication information, the terminal may determine that the network device uses the target information on the frequency information indicated by the third frequency indication information in the measurement report of the target RS resource.

[0577] As another possible implementation manner, the first indication information may carry indication information for indicating frequency information applicable to the target information, and the terminal may determine the frequency information applicable to each target information based on the indication information.

[0578] Specifically, the first indication information may further include auxiliary indication information, and the auxiliary indication information may be used to indicate frequency information to which the target information is applicable.

[0579] Specifically, the first indication information also includes at least one of the following:

[0580] (1) First auxiliary indication information, the target information may be applicable to the frequency information indicated by the first auxiliary indication information; that is, the terminal may determine, based on the first auxiliary indication information in the first indication information, that the network device uses the target information on the frequency information indicated by the first auxiliary indication information.

[0581] (2) second auxiliary indication information, where the second auxiliary indication information may be used to indicate frequency information applicable to the target information among multiple frequency information associated with the target RS resource;

[0582] For example, the network device determines TCI state 1 based on the measurement report of RSresource1, RSresource1 is associated with F1, F2 and F3, the network device indicates TCI state 1 and F1 to the terminal, and the terminal can determine that the network device uses TCI state 1 in F1, but does not use TCI state in F2 and F3.

[0583] (3) Third auxiliary indication information: The third auxiliary indication information may be used to indicate first related frequency information to which the target information is applicable, and the first related frequency information is not associated with the target RS resource.

[0584] For example, the network device determines TCI state 1 based on the measurement report of RSresource1, RSresource1 is associated with F1, F2 and F3, the network device indicates TCI state 1 and F4 to the terminal, and the terminal can determine that the network device uses TCI state 1 in F4.

[0585] By adopting the above solution, the network device can flexibly indicate the frequency information corresponding to the target information, and is not limited to the frequency information associated with the target RS resource. For example, the network device can use the target information in the neighboring area of ​​the frequency information associated with the target RS resource.

[0586] From the above, in the scheme of this embodiment, the network device can determine the target information corresponding to multiple frequency information based on the measurement report of one or more RS resources, and can communicate with the terminal with better performance on multiple frequency information, which is beneficial to improving the overall performance of the large bandwidth system.

[0587] For more information about the communication method provided in Example 7, please refer to the relevant descriptions of other embodiments in this document, which will not be repeated here.

[0588] Embodiment 8

[0589] Reference Figure 8 , Figure 8 It is a flow chart of the seventh communication method in the embodiment of the present application. Figure 8 The illustrated solution can be executed by a terminal, Figure 8 The illustrated method may include S81.

[0590] S81. Send a second measurement report, where the second measurement report includes: L third measurement reports, where L is a positive integer, and the third measurement report includes measurement results of N RS resources, where N is a positive integer greater than 1.

[0591] Correspondingly, the network device receives the second measurement report.

[0592] As a possible implementation manner, the second measurement report may be the cross-frequency measurement report in Embodiment 5.

[0593] As another possible implementation manner, the second measurement report may be the first sub-report in Embodiment 6.

[0594] It should be noted that, in the scheme of Embodiment 8, at least part of the multiple frequency information associated with the N RS resources is the same. In a specific implementation, each third measurement report can be used to determine that the terminal simultaneously receives at least one of the following: a receiving beam of multiple downlink transmission beams of a network device, multiple uplink transmission beams simultaneously sent to the network device, precoding information for simultaneous downlink reception, and precoding information for simultaneous uplink transmission, etc., on the same one or more frequency information.

[0595] In this document, the same frequency information among the multiple frequency information associated with each of the N RS resources corresponding to the measurement results contained in the same third measurement report is recorded as common frequency information, and the N RS resources can be associated with one or more common frequency information. In addition, in this document, "common frequency information associated with the third measurement report" refers to the common frequency information associated with the N RS resources corresponding to the measurement results contained in the third measurement report.

[0596] Herein, “frequency information associated with the third measurement report” refers to frequency information associated with N RS resources corresponding to the measurement results included in the third measurement report.

[0597] In one embodiment of the present application, L>1, wherein the common frequency information associated with the N RS resources corresponding to each third measurement report may be multiple or one, and the frequency information or common frequency information associated with at least two third measurement reports among the L third measurement reports is different.

[0598] In another embodiment of the present application, L=1, and the number of common frequency information associated with the N RS resources corresponding to the third measurement report is multiple. Thus, the second measurement report in this embodiment can be used to determine that the terminal simultaneously receives at least one of the multiple downlink transmission beams adopted by the network device on multiple frequency information, the multiple uplink transmission beams simultaneously sent to the network device, the precoding information of the downlink simultaneous reception, the precoding information of the uplink simultaneous transmission, etc.

[0599] In other embodiments of the present application, L=1, and the number of common frequency information associated with the N RS resources corresponding to the third measurement report may be 1.

[0600] The following is a specific description of the content contained in a single third measurement report, wherein the single third measurement report is a part of the second measurement report.

[0601] Each third measurement report may include at least one of the following:

[0602] (1) Measurement results of N RS resources, where the measurement results include at least one of the following: CSI group, beam information, first common CSI, and second common CSI.

[0603] In the first implementation, the second measurement report may be a beam report, and the measurement results of N RS resources may be N beam information.

[0604] Taking CRI as an example, the third measurement report may include N CRIs, and the N beams corresponding to the N CRIs can be used by the network device to perform downlink transmission on the common frequency information. Specifically, if the common frequency information of N RS resources is 1, the network device can use the N beams corresponding to the N CRIs to perform downlink transmission on the frequency information. If the common frequency information of N RS resources is multiple, the network device can use the N beams corresponding to the N CRIs to perform downlink transmission on each of the multiple common frequency information. Further, if N CRIs are determined as the target information group, the terminal can determine the N beams used by the network device, and then the terminal can determine the receiving beam for receiving the N beams of the network device's downlink transmission on the common frequency information. Alternatively, if N CRIs are determined as the target information group, the terminal can determine the N transmitting beams for uplink transmission to the network device on the common frequency information based on the N CRIs. At this time, the N beam information can be referred to as a beam pair or a beam group or a beam set.

[0605] For example, the second measurement report may include the following:

[0606] {(CRI1,CRI2),(CRI3,CRI4),(CRI5,CRI6)}

[0607] The second measurement report includes three third measurement reports, namely (CRI1, CRI2) (CRI3, CRI4) and (CRI5, CRI6), wherein each third measurement report may include measurement results of two RS resources.

[0608] In the second implementation, the second measurement report is a CSI report, the measurement result of the RS resource may be a CSI group, the CSI group includes multiple CSIs, and the multiple CSIs correspond to multiple frequency information associated with the RS resource. That is, the third measurement report may include N CSI groups.

[0609] In a third embodiment, the second measurement report is a CSI report, and the measurement results of N RS resources may include: a first common CSI, wherein multiple frequency information corresponding to the first common CSI are all associated with the same RS resource, the first common CSI can be used to characterize the measurement results of a single RS resource, and at least two of the multiple frequency information associated with the RS resource share a first common CSI.

[0610] Exemplarily, the measurement result of each RS resource includes 1 first common CSI, and the third measurement report may include N first common CSIs.

[0611] In a fourth implementation, the second measurement report is a CSI report, and the measurement result of the RS resource may include a second common CSI, wherein multiple common frequency information associated with the RS resource share the second common CSI. Different from the first common CSI, the second common CSI is shared by multiple common frequency information.

[0612] In a specific implementation, the second public CSI in the measurement result of each RS resource may be calculated based on the CSI corresponding to each public frequency information measured by the RS resource. Exemplarily, if the measurement result of each RS resource includes 1 second public CSI, the third measurement report may include N second public CSIs.

[0613] For example, the third measurement report includes the measurement results of RS resource1 and the measurement results of RS resource2, wherein RS resource1 is associated with F1, F2 and F3, and RS resource2 is associated with F2, F3 and F4, then the common frequency information is F2 and F3, and the third measurement report may include the following:

[0614] {(PMI1_1, PMI1_2, PMI1_3, RI_common1, RI_common2), (PMI2_2, PMI2_3, PMI2_4, RI'_common1, RI'_common2)},

[0615] Among them, (PMI1_1, PMI1_2, PMI1_3, RI_common1, RI_common2) is the measurement result of RS resource1, PMI1_1, PMI1_2 and PMI1_3 are the CSI on F1, F2 and F3 measured for RS resource1 respectively, RI_common1 is the first common CSI in the measurement result of RS resource1, RI_common2 is the second common CSI in the measurement result of RS resource1, RI_common1 can be obtained according to RI 1_1, RI 1_2 and RI 1_3, RI_common2 can be obtained according to RI 1_2 and RI 1_3; (PMI2_2, PMI2_3, PMI2_4, RI'_common1, RI'_common2) is the measurement result of RS resource2, PMI2_2, PMI2_3 and PMI2_4 are the CSI on F2, F3 and F4 measured for RS resource2 respectively, RI'_common1 is RS The first common CSI in the measurement result of RS resource2, RI'_common2 is the second common CSI in the measurement result of RS resource2, RI'_common1 may be obtained according to RI 2_2, RI 2_3 and RI 2_4, and RI'_common2 may be obtained according to RI 2_2 and RI 2_3.

[0616] Exemplarily, the second public CSI in the embodiment of the present application may be the CSI corresponding to the default frequency information in the multiple public frequency information, but is not limited thereto.

[0617] As described above, the second public CSI can be used to characterize the comprehensive measurement result of a single RS resource on multiple public frequency information. It should be noted that in practical applications, the second to fourth implementations described above can also be used in combination.

[0618] In addition, the third measurement report may further include at least one of the following:

[0619] (1) A third common CSI, which may be used to indicate the comprehensive CSI of N RS resources on the common frequency information. The third common CSI may correspond one-to-one to the common frequency information, and the third common CSI may be shared by N RS resources.

[0620] (2) Resource indication information, where the resource indication information may be used to indicate RS resources; that is, the third measurement report may include N pieces of resource indication information.

[0621] For example, the second measurement report is a CSI report, and the included third measurement report may include N CRIs.

[0622] (3) first frequency indication information, where the first frequency indication information may be used to indicate frequency information corresponding to the CSI;

[0623] (4) second frequency indication information, where the second frequency indication information may be used to indicate at least two frequency information sharing the first common CSI;

[0624] (5) Fourth frequency indication information, where the fourth frequency indication information is used to indicate common frequency information; that is, the fourth frequency indication information can be used to indicate the same frequency information associated with N RS resources.

[0625] Exemplarily, the fourth frequency indication information may be used to indicate the common frequency information corresponding to each second common CSI.

[0626] (6) Quality information corresponding to each CSI in the measurement results of N RS resources;

[0627] Specifically, the quality information may correspond one-to-one to the CSI.

[0628] For example, the third measurement report includes the measurement results of RS resource1 and RS resource2, wherein RS resource1 is associated with F1 and F2, and RS resource2 is associated with F2 and F3. The third measurement report also includes the CQI corresponding to each PMI. The third measurement report may include the following:

[0629] {{(PMI1_1, PMI1_2), (CQI1_1, CQI1_2)}, {(PMI2_2, PMI2_3), (CQI2_2, CQI2_3)}}.

[0630] Among them, (PMI1_1, PMI1_2) is the measurement result of RS resource1, PMI1_1 corresponds to F1, PMI1_2 corresponds to F2, (PMI2_2, PMI2_3) is the measurement result of RS resource2, PMI2_2 corresponds to F2, PMI2_3 corresponds to F3, CQI1_1 is the quality information corresponding to PMI1_1, CQI1_2 is the quality information corresponding to PMI1_2, CQI2_2 is the quality information corresponding to PMI2_2, and CQI2_3 is the quality information corresponding to PMI2_3.

[0631] (7) Quality information corresponding to each frequency information associated with N RS resources; for example, the third measurement report is a beam report, RS resource1 and RS resource2 are both associated with F1 and F2, and the third measurement report may include the following:

[0632] {(CRI1, (RSRP1_1, RSRP1_2)), (CRI2, (RSRP2_1, RSRP2_2))}

[0633] Among them, CRI1 and CRI2 are the measurement results of RS resource1 and RS resource2 respectively, RSRP1_1 is the quality information corresponding to F1 obtained by measuring RS resource1, RSRP1_2 is the quality information corresponding to F2 obtained by measuring RS resource1, RSRP2_1 is the quality information corresponding to F1 obtained by measuring RS resource2, and RSRP2_2 is the quality information corresponding to F2 obtained by measuring RSresource2.

[0634] (8) third frequency indication information, where the third frequency indication information is used to indicate frequency information corresponding to the quality information;

[0635] (9) first comprehensive quality information corresponding to the RS resource, the first comprehensive quality information being determined based on quality information corresponding to multiple frequency information associated with the RS resource;

[0636] Specifically, the third measurement report may include N pieces of first comprehensive quality information, and the first comprehensive quality information may be determined according to quality information corresponding to each piece of frequency information associated with a single RS resource.

[0637] (10) second comprehensive quality information corresponding to the CSI group, where the second comprehensive quality information is determined based on quality information corresponding to each CSI in the CSI group;

[0638] Specifically, the third measurement report may include N pieces of second comprehensive quality information, and the second comprehensive quality information may be calculated based on quality information corresponding to each CSI in the CSI group measured by a single RS resource.

[0639] (11) third comprehensive quality information corresponding to the first public CSI, where the third comprehensive quality information may be determined based on quality information corresponding to at least two frequency information sharing the first public CSI;

[0640] Specifically, the third measurement report may include N third comprehensive quality information, the third comprehensive quality information may correspond one-to-one to the RS resources, and the third comprehensive quality information may be calculated based on the quality information corresponding to multiple frequency information sharing the first common CSI in the measurement results of the corresponding RS resources.

[0641] (12) fourth comprehensive quality information corresponding to the second public CSI, where the fourth comprehensive quality information may be determined by quality information corresponding to the public frequency information based on the shared second public CSI;

[0642] Specifically, the third measurement report may include N fourth comprehensive quality information, the fourth comprehensive quality information may correspond one-to-one to the RS resources, and the fourth comprehensive quality information may be calculated based on the quality information corresponding to multiple frequency information sharing the second common CSI in the measurement results of the corresponding RS resources.

[0643] (13) fifth comprehensive quality information corresponding to the common frequency information, wherein the fifth comprehensive quality information is determined based on quality information of N RS resources on the common frequency information;

[0644] That is, the fifth comprehensive quality information may correspond one-to-one to the common frequency information, and the fifth comprehensive quality information may be determined based on the quality information measured by each RS resource on a single common frequency information. Therefore, the fifth comprehensive quality information can be used to characterize the comprehensive quality of N RS resources on the common frequency information. In the scheme of the embodiment of the present application, since the third common CSI and the common frequency information may correspond one-to-one, the fifth comprehensive quality information corresponding to the common frequency information may also refer to the fifth comprehensive quality information corresponding to the third common CSI.

[0645] For example, the third measurement report is a beam report, RS resource1 and RS resource2 are both associated with F1 and F2, and the third measurement report may include the following:

[0646] {(CRI1, CRI2), (RSRP1_joint, RSRP2_joint))}

[0647] Among them, CRI1 and CRI2 are the measurement results of RS resource1 and RS resource2 respectively, RSRP1_joint is the fifth comprehensive quality information corresponding to F1, and RSRP2_joint is the fifth comprehensive quality information corresponding to F2.

[0648] For another example, the third measurement report includes the measurement results of RS resource1 and the measurement results of RS resource2, wherein RS resource1 is associated with F1, F2 and F3, and RS resource2 is associated with F2, F3 and F4, then the common frequency information is F2 and F3, and the third measurement report may include the following:

[0649] {(PMI1_1, PMI1_2, PMI1_3), (PMI2_2, PMI2_3, PMI2_4) (CQI2_joint, CQI3_joint)},

[0650] Among them, PMI1_1, PMI1_2 and PMI1_3 are respectively CSI on F1, F2 and F3 measured on RS resource1, PMI2_2, PMI2_3 and PMI2_4 are respectively CSI on F2, F3 and F4 measured on RS resource2, CQI2_joint and CQI3_joint are respectively the fifth comprehensive quality information corresponding to F2 and F3. Among them, CQI2_joint can be calculated according to CQI1_2 and CQI2_2, CQI1_2 is the quality information corresponding to F2 measured on RS resource1, CQI2_2 is the quality information corresponding to F2 measured on RS resource2, CQI3_joint can be calculated according to CQI1_3 and CQI2_3, CQI1_3 is the quality information corresponding to F3 measured on RS resource1, and CQI2_3 is the quality information corresponding to F3 measured on RS resource2.

[0651] (14) broadband quality information corresponding to one or more frequency information;

[0652] (15) Terminal capability information and / or co-location information corresponding to RS resources;

[0653] (16) terminal capability information and / or co-location information corresponding to the measurement result;

[0654] (17) terminal capability information and / or co-location information corresponding to each frequency information associated with the RS resource;

[0655] (18) terminal capability information and / or co-location information corresponding to the public frequency information;

[0656] (19) terminal capability information and / or co-location information corresponding to the quality information;

[0657] (20) terminal capability information and / or co-location information corresponding to the CSI;

[0658] (21) terminal capability information and / or co-location information corresponding to the third measurement report;

[0659] In a specific implementation, the terminal capability information corresponding to the third measurement report can be used to indicate the antenna panel used by the terminal to measure the N RS resources. That is, when the terminal capability information corresponding to the N RS resources is the same, the terminal capability information corresponding to the third measurement report is the terminal capability information corresponding to the N RS resources.

[0660] In addition, the co-location information corresponding to the third measurement report can be used to indicate the network site from which the N RS resources corresponding to the measurement results included in the third measurement report come. That is, when the co-location information corresponding to the N RS resources is the same, the co-location information corresponding to the third measurement report is the co-location information corresponding to the N RS resources.

[0661] (22) second grouping indication information, wherein the multiple third measurement reports carrying the same second grouping indication information satisfy: the common frequency information associated with the multiple third measurement reports is different;

[0662] Specifically, the second grouping indication information can be used to indicate the third group to which the third measurement report belongs, and the public frequency information associated with N RS resources corresponding to the third measurement reports belonging to the same third group is different. More specifically, the public frequency information associated with multiple third measurement reports may be different in part or in whole.

[0663] For example, the second measurement report is a beam report, and the second measurement report includes the following:

[0664] {(CRI1, CRI2, G1), (CRI3, CRI4, G1), (CRI5, CRI6, G2), (CRI7, CRI8, G2)}

[0665] Among them, the second measurement report includes 4 third measurement reports, CRI1 and CRI2 are measured from RSresource1 and RSresource2 respectively, RSresource1 is associated with F0, F1 and F2, RSresource2 is associated with F1, F2 and F3, that is, the public frequency information associated with (CRI1, CRI2) is F1 and F2. Similarly, the public frequency information associated with (CRI3, CRI4) is F3 and F4. In addition, the public frequency information associated with (CRI5, CRI6) is F1 and F2, and the public frequency information associated with (CRI7, CRI8) is F3 and F4. G1 and G2 are the second group indication information, (CRI1, CRI2) and (CRI3, CRI4) both correspond to G1, (CRI5, CRI6) and (CRI7, CRI8) both correspond to G2.

[0666] (23) third grouping indication information, wherein the multiple third measurement reports carrying the same third grouping indication information satisfy: different third measurement reports are associated with different frequency information;

[0667] Specifically, the third grouping indication information can be used to indicate the third group to which the third measurement report belongs, and the frequency information associated with the N RS resources corresponding to the third measurement reports belonging to the same third group is different. In a specific implementation, the different frequency information associated with the N RS resources can be partial frequency information or all frequency information.

[0668] (24) first confirmation indication information, where the first confirmation indication information is used to indicate whether the RS resource is associated with multiple frequency information;

[0669] Specifically, the third measurement report may include N first confirmation indication information to respectively indicate whether each RS resource is associated with multiple frequency information.

[0670] (25) Second confirmation indication information, where the second confirmation indication information is used to indicate whether the N RS resources are all associated with multiple frequency information.

[0671] Specifically, the third measurement report may include a single first confirmation indication information to indicate whether the N RS resources are all associated with multiple frequency information. If the confirmation indication information is a preset value, it can be determined that the N RS resources are all associated with multiple frequency information. If the confirmation indication information is not a preset value, it can be determined that at least one of the N RS resources is associated with a single frequency information.

[0672] (26) fourth sharing indication information, where the fourth sharing indication information is used to indicate sharing of second related frequency information of the third measurement report, where the second related frequency information is not associated with any RS resource corresponding to the measurement result in the third measurement report;

[0673] In a specific implementation, the network device may use the third measurement report as the measurement result on the second related frequency information according to the fourth sharing indication information.

[0674] Exemplarily, the second related frequency information may be frequency information adjacent to the common frequency information associated with the N RS resources. Alternatively, the second related frequency information may be frequency information belonging to the same frequency information group as the common frequency information associated with the N RS resources.

[0675] (27) fifth sharing indication information, where the fifth sharing indication information is used to indicate sharing of second related frequency information of the measurement result of at least one RS resource in the third measurement report;

[0676] In a specific implementation, the fifth sharing indication information corresponding to the measurement results of different RS resources in the third measurement report may be the same or different.

[0677] (28) Sixth sharing indication information, where the sixth sharing indication information is used to indicate sharing of third related frequency information of the third measurement report, where the third related frequency information is other frequency information other than the common frequency information associated with the third measurement report.

[0678] In a specific implementation, the third related frequency information may be frequency information associated with the third measurement report, but is not the common frequency information associated with the third measurement report.

[0679] The format of the second measurement report is described below.

[0680] Specifically, the L third measurement reports may be carried in the second measurement report according to a preset order or position. With such a solution, the second measurement report may not need to carry grouping indication information, and the network device may determine the group to which each third measurement report belongs according to the order or position of the third measurement report, thereby further determining the target information. This is conducive to reducing signaling overhead.

[0681] For example, arranging in ascending or descending order according to the index of the third measurement report;

[0682] For another example, the third measurement reports may be first arranged according to the frequency information or the public frequency information associated with them, and then arranged according to the third group to which the third measurement reports belong, wherein the frequency information associated with the third measurement reports belonging to the same third group is different, or the public frequency information associated with the third measurement reports belonging to the same third group is different.

[0683] For example, the second measurement report includes the following:

[0684] {report1, report2, report3, report4}

[0685] The second measurement report includes four third measurement reports, wherein report1 is associated with F1 and F2, report2 is associated with F1 and F2, report3 is associated with F3 and F4, report4 is associated with F3 and F4, report1 and report3 are a group, and report2 and report4 are a group.

[0686] For another example, the third measurement reports may be first arranged according to the group to which they belong, and then arranged according to the frequency information or common frequency information associated with the third measurement reports;

[0687] Continuing with the above example, the second measurement report may include the following:

[0688] {report1, report3, report2, report4}

[0689] Further, each third measurement report in the second measurement report may satisfy at least one of the following:

[0690] (1) The measurement results of the N RS resources are carried in the third measurement report according to a preset order or position; for example, the measurement results of the N RS resources may be arranged in ascending or descending order according to the index values ​​of the RS resources.

[0691] (2) The quality information is carried in the third measurement report according to a preset order or position; for example, the multiple quality information may be arranged in order from low to high or from high to low according to the frequency domain position of the frequency information corresponding to each quality information.

[0692] (3) multiple first comprehensive quality information are carried in the third measurement report according to a preset order or position;

[0693] (4) The plurality of second comprehensive quality information are carried in the third measurement report according to a preset order or position; for example, the plurality of second comprehensive quality information may be arranged in ascending or descending order according to the index value of the RS resource.

[0694] (5) The plurality of third comprehensive quality information are carried in the third measurement report according to a preset order or position; for example, the plurality of third comprehensive quality information may be in ascending or descending order of the index value of the RS resource.

[0695] (6) The plurality of fourth comprehensive quality information are carried in the third measurement report according to a preset order or position; for example, the plurality of third comprehensive quality information may be in ascending or descending order of the index value of the RS resource.

[0696] (7) The plurality of fifth comprehensive quality information are carried in the third measurement report according to a preset order or position.

[0697] Exemplarily, the plurality of fifth comprehensive quality information may be arranged in ascending order or descending order according to the common frequency information corresponding to the plurality of fifth comprehensive quality information.

[0698] Furthermore, the network device may determine the target information group according to the cross-frequency measurement report, and indicate the target information group to the terminal through the second indication information. The target information group may include multiple target information, and the frequency information corresponding to the multiple target information in the same target information group is the same.

[0699] Specifically, the target information group may be determined according to the target third measurement report. The target third measurement report may be a third measurement report used to determine the target information group among the multiple third measurement reports included in the cross-frequency measurement report.

[0700] In a specific implementation, the first confirmation indication information included in the target third measurement report may be a preset value. Alternatively, the second confirmation indication information included in the target third measurement report may be a preset value. That is, only the third measurement report associated with multiple frequency information or associated with multiple common frequency information can be used to determine the target information group. By adopting such a solution, it can be ensured that the target information group can be applicable to multiple frequency information.

[0701] Specifically, the network device may determine, based on a single target third measurement report, a target information group corresponding to all frequency information or a portion of frequency information or associated common frequency information associated with the target third measurement report.

[0702] In one embodiment of the present application, the network device may determine a target information group based on a third measurement report, and the target information group may correspond to all frequency information, p...

Claims

1. A measurement method, characterized in that: The method comprises: Measure a reference signal RS resource to obtain a measurement result of the RS resource, wherein the RS resource occupies multiple time-frequency resources, and the frequency domain positions of the multiple time-frequency resources satisfy at least one of the following: The frequency domain positions where the multiple time-frequency resources are located belong to different frequency intervals; The frequency domain positions where the multiple time-frequency resources are located belong to different sub-intervals of the same frequency interval; The frequency domain positions where the multiple time-frequency resources are located belong to different frequency interval groups.

2. The method according to claim 1, characterized in that The time domain positions of the multiple time-frequency resources are the same or different.

3. The method according to claim 1, characterized in that Before measuring the RS resources, the method further includes: Receive first configuration information, where the first configuration information is used to configure the RS resource, wherein the first configuration information includes: frequency domain resource information, where the frequency domain resource information is used to determine the frequency domain position of the RS resource, and the frequency domain position determined by the frequency resource information corresponds to one or more frequency information.

4. The method according to claim 3, characterized in that The first configuration information also includes: Frequency offset information, where the frequency offset information is used to offset a first frequency domain position determined by the frequency domain resource information to a second frequency domain position, wherein the first frequency domain position and the second frequency domain position correspond to different frequency information.

5. The method according to claim 4, characterized in that The first configuration information also includes: Time domain resource information, the time domain resource information is used to determine the time domain position of the RS resource; Time offset information, where the time offset information is used to offset a first time domain position determined by the time domain resource information to a second time domain position.

6. The method according to claim 5, characterized in that The time offset information and the frequency offset information satisfy at least one of the following: The time offset information and the frequency offset information correspond one to one; The time offset information corresponds to a plurality of frequency offset information; The time offset information and the corresponding frequency offset information are used to offset the RS resource from the occupied first time-frequency resource to the second time-frequency resource, and the frequency domain positions of the first time-frequency resource and the second time-frequency resource correspond to different frequency information; The time offset information corresponds to one or more time-frequency resources corresponding to different frequency information in the time-frequency resources occupied by the RS resources.

7. The method according to claim 1, characterized in that Before measuring multiple time-frequency resources of the RS resource, the method further includes: receiving second configuration information, where the second configuration information is used to configure a resource set, where the RS resource is selected from the resource set, wherein the second configuration information includes at least one of the following: Common time offset information, where the common time offset information is used to offset the time domain position determined by the time domain resource information of each RS resource in the resource set; Common frequency offset information, where the common frequency offset information is used to offset the frequency domain position determined by the frequency domain resource information of each RS resource in the resource set.

8. The method according to claim 7, characterized in that The common time offset information and the common frequency offset information satisfy at least one of the following: The common time offset information and the common frequency offset information correspond one to one; The common time offset information corresponds to a plurality of common frequency offset information; The common time offset information and the corresponding common frequency offset information are used to offset the RS resources in the resource set from the occupied first time-frequency resources to the second time-frequency resources, and the frequency domain positions of the first time-frequency resources and the second time-frequency resources correspond to different frequency information; The common time offset information corresponds to one or more time-frequency resources corresponding to different frequency information in the time-frequency resources occupied by the RS resources in the resource set.

9. The method according to claim 1, characterized in that: The frequency information corresponding to the time-frequency resource occupied by the RS resource is recorded as the frequency information associated with the RS resource, and the method further includes: Send a first measurement report, where the first measurement report includes: measurement reports of K RS resources, where K is a positive integer, and the measurement report of the RS resources includes at least one of the following: The measurement result of the RS resource, the measurement result comprising: a CSI group and / or beam information and / or at least one first common CSI, wherein the CSI group comprises a plurality of CSIs, the plurality of CSIs respectively correspond to a plurality of frequency information associated with the RS resource, and at least two of the plurality of frequency information share one first common CSI; Resource indication information, where the resource indication information is used to indicate the RS resource; first frequency indication information, where the first frequency indication information is used to indicate frequency information corresponding to the CSI; second frequency indication information, where the second frequency indication information is used to indicate at least two frequency information sharing the first common CSI; a plurality of quality information, wherein the plurality of quality information respectively corresponds to the plurality of frequency information associated with the RS resource or respectively corresponds to the plurality of CSIs; third frequency indication information, where the third frequency indication information is used to indicate frequency information corresponding to the quality information; first comprehensive quality information, where the first comprehensive quality information is determined based on quality information corresponding to multiple frequency information associated with the RS resource; second comprehensive quality information, where the second comprehensive quality information is determined based on quality information corresponding to each CSI in the CSI group; third comprehensive quality information corresponding to the first public CSI, where the third comprehensive quality information is determined based on quality information corresponding to at least two frequency information sharing the first public CSI; broadband quality information corresponding to at least one frequency information among the multiple frequency information; Terminal capability information and / or co-location information corresponding to the measurement result; Terminal capability information and / or co-location information corresponding to the RS resources; Terminal capability information and / or co-location information corresponding to each frequency information associated with the RS resource; Terminal capability information and / or co-location information corresponding to each piece of quality information; Terminal capability information and / or co-location information corresponding to each CSI; first grouping indication information, the measurement reports of multiple RS resources carrying the same first grouping indication information satisfy: the frequency information associated with the multiple RS resources is different; First confirmation indication information, where the first confirmation indication information is used to indicate whether the RS resource is associated with multiple frequency information.

10. The method according to claim 9, characterized in that The measurement report of the RS resource further includes sharing indication information, where the sharing indication information includes at least one of the following: first sharing indication information, where the first sharing indication information is used to indicate first relevant frequency information of a measurement report for sharing the RS resource, where the first relevant frequency information is not associated with the RS resource; second sharing indication information, where the second sharing indication information is used to indicate first related frequency information for sharing at least a part of the measurement result of the RS resource, wherein the at least a part of the measurement result is any one of the following: the CSI group, one or more CSIs in the CSI group, the beam information, and one or more of the first common CSIs; The third shared indication information is used to indicate the first related frequency information of the shared quality related information, wherein the quality related information is any one of the following: one or more of the quality information, the first comprehensive quality information, the second comprehensive quality information, and one or more of the third comprehensive quality information.

11. The method according to claim 9, characterized in that The first measurement report satisfies at least one of the following: The measurement reports of the K RS resources are carried in the first measurement report according to a preset order or position; K>1, and frequency information associated with at least two RS resources among the K RS resources is different.

12. The method according to claim 9, characterized in that The method further comprises: Receive first indication information, where the first indication information is used to indicate target information, and the target information satisfies at least one of the following: The target information is applicable to at least one frequency information associated with a target RS resource, wherein the target RS resource is an RS resource corresponding to the target information among the K RS resources; The target information is applicable to each frequency information associated with the target RS resource; The target information is applicable to default frequency information among a plurality of frequency information associated with the target RS resource; The target information is applicable to one or more frequency information indicated by the second frequency indication information; The target information is applicable to the default frequency information among the multiple frequency information indicated by the second frequency indication information; The target information is applicable to at least one frequency information indicated by the first frequency indication information; the target information is applicable to at least one frequency information indicated by the third frequency indication information.

13. The method according to claim 12, characterized in that The first indication information further includes at least one of the following: first auxiliary indication information, the target information is applicable to frequency information indicated by the first auxiliary indication information; second auxiliary indication information, where the second auxiliary indication information is used to indicate frequency information applicable to the target information among a plurality of frequency information associated with the target RS resource; The third auxiliary indication information is used to indicate first related frequency information to which the target information is applicable, and the first related frequency information is not associated with the target RS resource.

14. The method according to claim 12, characterized in that The target information satisfies at least one of the following: The number of the target information is 1, and the target information is applicable to multiple frequency information; Different target information applies different frequency information; The first grouping indication information carried by the measurement reports of the multiple target RS resources is the same; The measurement reports of the multiple target RS resources belong to the same first group; The first confirmation indication information corresponding to the target RS resource is a preset value; In the measurement report of the target RS resource, measurement results corresponding to different target information belong to different second groups; The terminal capability information corresponding to the measurement results corresponding to different target information in the first measurement report is the same; The co-location information corresponding to the measurement results corresponding to different target information in the first measurement report is the same; The terminal capability information corresponding to the multiple target RS resources in the first measurement report is the same; The co-location information corresponding to the multiple target RS resources in the first measurement report is the same; The terminal capability information corresponding to the multiple frequency information applicable to the target information in the first measurement report is the same; The co-location information corresponding to the multiple frequency information applicable to the target information in the first measurement report is the same; The terminal capability information corresponding to the quality information corresponding to different target information in the first measurement report is the same; The co-location information corresponding to the quality information corresponding to different target information in the first measurement report is the same; The terminal capability information corresponding to the CSI corresponding to different target information in the first measurement report is the same; The co-location information corresponding to the CSI corresponding to different target information in the first measurement report is the same.

15. The method according to claim 1, characterized in that The frequency information corresponding to the time-frequency resource occupied by the RS resource is recorded as the frequency information associated with the RS resource, and the method further includes: Send a second measurement report, where the second measurement report includes: L third measurement reports, where L is a positive integer, and the third measurement report includes at least one of the following: measurement results of N RS resources, the measurement results comprising: a CSI group and / or beam information and / or at least one first common CSI and / or a second common CSI, wherein the CSI group comprises a plurality of CSIs, the plurality of CSIs respectively correspond to a plurality of frequency information associated with the RS resources, at least two of the plurality of frequency information share one first common CSI, the common frequency information associated with the RS resources shares the second common CSI, the common frequency information is the same frequency information associated with the N RS resources, and N is a positive integer; a third common CSI, the N RS resources share the third common CSI on the common frequency information; Resource indication information, the resource indication information is used to indicate the RS resources respectively; first frequency indication information, where the first frequency indication information is used to indicate frequency information corresponding to the CSI; second frequency indication information, where the second frequency indication information is used to indicate at least two frequency information sharing the first common CSI; fourth frequency indication information, where the fourth frequency indication information is used to indicate the public frequency information; Quality information corresponding to each CSI in the measurement results of the N RS resources; Quality information corresponding to each frequency information associated with the N RS resources; third frequency indication information, where the third frequency indication information is used to indicate frequency information corresponding to the quality information; first comprehensive quality information corresponding to the RS resource, wherein the first comprehensive quality information is determined based on quality information corresponding to multiple frequency information associated with the RS resource; second comprehensive quality information corresponding to the CSI group, where the second comprehensive quality information is determined based on quality information corresponding to each CSI in the CSI group; third comprehensive quality information corresponding to the first public CSI, where the third comprehensive quality information is determined based on quality information corresponding to at least two frequency information sharing the first public CSI; fourth comprehensive quality information corresponding to the second public CSI, where the fourth comprehensive quality information is determined based on quality information corresponding to public frequency information sharing the second public CSI; fifth comprehensive quality information corresponding to the common frequency information, wherein the fifth comprehensive quality information is determined based on quality information of the N RS resources on the common frequency information; broadband quality information corresponding to one or more frequency information; Terminal capability information and / or co-location information corresponding to the measurement result; Terminal capability information and / or co-location information corresponding to the RS resources; Terminal capability information and / or co-location information corresponding to each frequency information associated with the RS resource; Terminal capability information and / or co-location information corresponding to the public frequency information; Terminal capability information and / or co-location information corresponding to the quality information; Terminal capability information and / or co-location information corresponding to the CSI; The terminal capability information and / or co-location information corresponding to the third measurement report; Second grouping indication information, wherein multiple third measurement reports carrying the same second grouping indication information satisfy: different third measurement reports are associated with different common frequency information, wherein the common frequency information associated with the third measurement report refers to the common frequency information associated with N RS resources corresponding to the measurement result included in the third measurement report; Third grouping indication information, wherein the multiple third measurement reports carrying the same third grouping indication information satisfy: different third measurement reports are associated with different frequency information, wherein the frequency information associated with the third measurement report refers to the frequency information associated with N RS resources corresponding to the measurement result included in the third measurement report; first confirmation indication information, where the first confirmation indication information is used to indicate whether the RS resource is associated with multiple frequency information; Second confirmation indication information, where the second confirmation indication information is used to indicate whether the N RS resources are all associated with multiple frequency information.

16. The method according to claim 15, characterized in that The third measurement report further includes sharing indication information, where the sharing indication information includes at least one of the following: Fourth sharing indication information, where the fourth sharing indication information is used to indicate sharing of second related frequency information of the third measurement report, where the second related frequency information is not associated with any RS resource corresponding to the measurement result in the third measurement report; fifth sharing indication information, where the fifth sharing indication information is used to indicate sharing of second relevant frequency information of a measurement result of at least one RS resource in the third measurement report; Sixth sharing indication information, the sixth sharing indication information is used to indicate sharing of third related frequency information of the third measurement report, the third related frequency information being other frequency information other than the public frequency information associated with the third measurement report.

17. The method according to claim 15, characterized in that The second measurement report satisfies at least one of the following: The L third measurement reports are carried in the second measurement report according to a preset order or position; L>1, and the frequency information or common frequency information associated with at least two third measurement reports among the L third measurement reports is different.

18. The method according to claim 15, characterized in that The method further comprises: Second indication information is received, where the second indication information is used to indicate a target information group, and the target information group satisfies at least one of the following: The target information group is applicable to at least one common frequency information associated with a target third measurement report, wherein the target third measurement report is a third measurement report corresponding to the target information group in the L third measurement reports; The target information group is applicable to each public frequency information associated with the target third measurement report; the target information group is applicable to the default frequency information among the multiple public frequency information associated with the target third measurement report; The target information group is applicable to one or more common frequency information indicated by the fourth frequency indication information; The target information group is applicable to default frequency information among a plurality of common frequency information indicated by the fourth frequency indication information.

19. The method according to claim 18, characterized in that The second indication information further includes at least one of the following: first auxiliary indication information, the target information group is applicable to the frequency information indicated by the first auxiliary information; fourth auxiliary indication information, where the fourth auxiliary indication information is used to indicate the common frequency information applicable to the target information group in the common frequency information associated with the target third measurement report; fifth auxiliary indication information, where the fifth auxiliary indication information is used to indicate second relevant frequency information applicable to the target information group, where the second relevant frequency information is not associated with any RS resource corresponding to the measurement result in the third measurement report; The sixth auxiliary indication information is used to indicate third related frequency information applicable to the target information group, and the third related frequency information is other frequency information other than the common frequency information associated with the third measurement report.

20. The method according to claim 18, characterized in that The target information group satisfies at least one of the following: The number of the target information group is 1, and the target information group is applicable to multiple frequency information; Different target information groups have different applicable frequency information; The second grouping indication information carried by the multiple target third measurement reports is the same; The third grouping indication information carried by the multiple target third measurement reports is the same; The third groups to which the multiple target third measurement reports belong are the same; The first confirmation indication information carried by the target third measurement report is a preset value; The second confirmation indication information carried by the target third measurement report is the preset value; The terminal capability information corresponding to the measurement result corresponding to the target information group in the second measurement report is the same; The co-location information corresponding to the measurement result corresponding to the target information group in the second measurement report is the same; The terminal capability information corresponding to all RS resources corresponding to the measurement results in the target third measurement report in the second measurement report is the same; The co-location information corresponding to all RS resources corresponding to the measurement results in the target third measurement report in the second measurement report is the same; The terminal capability information corresponding to the multiple frequency information applicable to the target information group in the second measurement report is the same; The co-location information corresponding to the plurality of frequency information applicable to the target information group in the second measurement report is the same.

21. The method according to claim 12 or 18, characterized in that The target information is used for signal transmission on a single radio frequency channel of the terminal; And / or, the target information is used to determine a single beam adopted by the terminal.

22. A communication method, characterized in that: The method comprises: Sending first configuration information or second configuration information, where the first configuration information is used to configure RS resources, and the second configuration information is used to configure a resource set to which the RS resources belong; Among them, the RS resources occupy multiple time-frequency resources, and the frequency domain positions where the multiple time-frequency resources are located satisfy at least one of the following: the frequency domain positions where the multiple time-frequency resources are located belong to different frequency intervals; the frequency domain positions where the multiple time-frequency resources are located belong to different sub-intervals of the same frequency interval; the frequency domain positions where the multiple time-frequency resources are located belong to different frequency interval groups.

23. The method according to claim 22, characterized in that The time domain positions of the multiple time-frequency resources are the same or different.

24. The method according to claim 22, characterized in that The first configuration information includes: frequency domain resource information, the frequency domain resource information is used to determine the frequency domain position of the RS resource, and the frequency domain position determined by the frequency resource information corresponds to one or more frequency information.

25. The method according to claim 24, characterized in that The first configuration information also includes: Frequency offset information, where the frequency offset information is used to offset a first frequency domain position determined by the frequency domain resource information to a second frequency domain position, wherein the first frequency domain position and the second frequency domain position correspond to different frequency information.

26. The method according to claim 24, characterized in that The first configuration information also includes: Time domain resource information, the time domain resource information is used to determine the time domain position of the RS resource; Time offset information, where the time offset information is used to offset a first time domain position determined by the time domain resource information to a second time domain position.

27. The method according to claim 26, characterized in that The time offset information and the frequency offset information satisfy at least one of the following: The time offset information and the frequency offset information correspond one to one; The time offset information corresponds to a plurality of frequency offset information; The time offset information and the corresponding frequency offset information are used to offset the RS resource from the occupied first time-frequency resource to the second time-frequency resource, and the frequency domain positions of the first time-frequency resource and the second time-frequency resource correspond to different frequency information; The time offset information corresponds to one or more time-frequency resources belonging to different frequency information among the time-frequency resources occupied by the RS resources.

28. The method according to claim 22, characterized in that The second configuration information includes at least one of the following: Common time offset information, where the common time offset information is used to offset the time domain position determined by the time domain resource information of each RS resource in the resource set; Common frequency offset information, where the common frequency offset information is used to offset the frequency domain position determined by the frequency domain resource information of each RS resource in the resource set.

29. The method according to claim 28, characterized in that The common time offset information and the common frequency offset information satisfy at least one of the following: The common time offset information and the common frequency offset information correspond one to one; The common time offset information corresponds to a plurality of common frequency offset information; The common time offset information and the corresponding common frequency offset information are used to offset the RS resources in the resource set from the occupied first time-frequency resources to the second time-frequency resources, and the frequency domain positions of the first time-frequency resources and the second time-frequency resources correspond to different frequency information; The common time offset information corresponds to one or more time-frequency resources corresponding to different frequency information in the time-frequency resources occupied by the RS resources in the resource set.

30. The method according to claim 22, characterized in that The frequency information corresponding to the time-frequency resource occupied by the RS resource is recorded as the frequency information associated with the RS resource, and the method further includes: A first measurement report is received, where the first measurement report includes: measurement reports of K RS resources, where K is a positive integer, and the measurement report of the RS resources includes at least one of the following: The measurement result of the RS resource, the measurement result comprising: a CSI group and / or beam information and / or at least one first common CSI, wherein the CSI group comprises a plurality of CSIs, the plurality of CSIs respectively correspond to a plurality of frequency information associated with the RS resource, and at least two of the plurality of frequency information share one first common CSI; Resource indication information, where the resource indication information is used to indicate the RS resource; first frequency indication information, where the first frequency indication information is used to indicate frequency information corresponding to the CSI; second frequency indication information, where the second frequency indication information is used to indicate at least two frequency information sharing the first common CSI; a plurality of quality information, wherein the plurality of quality information respectively corresponds to the plurality of frequency information associated with the RS resource or respectively corresponds to the plurality of CSIs; third frequency indication information, where the third frequency indication information is used to indicate frequency information corresponding to the quality information; first comprehensive quality information, where the first comprehensive quality information is determined based on quality information corresponding to multiple frequency information associated with the RS resource; second comprehensive quality information, where the second comprehensive quality information is determined based on quality information corresponding to each CSI in the CSI group; third comprehensive quality information corresponding to the first public CSI, where the third comprehensive quality information is determined based on quality information corresponding to at least two frequency information sharing the first public CSI; broadband quality information corresponding to at least one frequency information among the multiple frequency information; Terminal capability information and / or co-location information corresponding to the measurement result; Terminal capability information and / or co-location information corresponding to the RS resources; Terminal capability information and / or co-location information corresponding to each frequency information associated with the RS resource; Terminal capability information and / or co-location information corresponding to each piece of quality information; Terminal capability information and / or co-location information corresponding to each CSI; first grouping indication information, the measurement reports of multiple RS resources carrying the same first grouping indication information satisfy: the frequency information associated with the multiple RS resources is different; First confirmation indication information, where the first confirmation indication information is used to indicate whether the RS resource is associated with multiple frequency information.

31. The method according to claim 30, characterized in that The measurement report of the RS resource further includes sharing indication information, where the sharing indication information includes at least one of the following: first sharing indication information, where the first sharing indication information is used to indicate first relevant frequency information of a measurement report for sharing the RS resource, where the first relevant frequency information is not associated with the RS resource; second sharing indication information, where the second sharing indication information is used to indicate first related frequency information of at least a part of the measurement result of the RS resource being shared, wherein the at least a part of the measurement result is any one of the following: the CSI group, one or more CSIs in the CSI group, the beam information, and one or more of the first common CSIs; The third shared indication information is used to indicate the first related frequency information of the shared quality related information, wherein the quality related information is any one of the following: one or more of the quality information, the first comprehensive quality information, the second comprehensive quality information, and one or more of the third comprehensive quality information.

32. The method according to claim 30, characterized in that The first measurement report satisfies at least one of the following: The measurement reports of the K RS resources are carried in the first measurement report according to a preset order or position; K>1, and frequency information associated with at least two RS resources among the K RS resources is different.

33. The method according to claim 30, characterized in that The method further comprises: Sending first indication information, where the first indication information is used to indicate target information, and the target information satisfies at least one of the following: The target information is applicable to at least one frequency information associated with a target RS resource, wherein the target RS resource is an RS resource corresponding to the target information among the K RS resources; The target information is applicable to each frequency information associated with the target RS resource; The target information is applicable to default frequency information among a plurality of frequency information associated with the target RS resource; The target information is applicable to one or more frequency information indicated by the second frequency indication information; The target information is applicable to the default frequency information among the multiple frequency information indicated by the second frequency indication information; The target information is applicable to at least one frequency information indicated by the first frequency indication information; the target information is applicable to at least one frequency information indicated by the third frequency indication information.

34. The method according to claim 33, characterized in that The first indication information further includes at least one of the following: first auxiliary indication information, the target information is applicable to frequency information indicated by the first auxiliary indication information; second auxiliary indication information, where the second auxiliary indication information is used to indicate frequency information applicable to the target information among a plurality of frequency information associated with the target RS resource; The third auxiliary indication information is used to indicate first related frequency information to which the target information is applicable, and the first related frequency information is not associated with the target RS resource.

35. The method according to claim 33, characterized in that The target information satisfies at least one of the following: The number of the target information is 1, and the target information is applicable to multiple frequency information; Different target information applies different frequency information; The first grouping indication information carried by the measurement reports of the multiple target RS resources is the same; The measurement reports of the multiple target RS resources belong to the same first group; The first confirmation indication information corresponding to the target RS resource is a preset value; In the measurement report of the target RS resource, measurement results corresponding to different target information belong to different second groups; The terminal capability information corresponding to the measurement results corresponding to different target information in the first measurement report is the same; The co-location information corresponding to the measurement results corresponding to different target information in the first measurement report is the same; The terminal capability information corresponding to the multiple target RS resources in the first measurement report is the same; The co-location information corresponding to the multiple target RS resources in the first measurement report is the same; The terminal capability information corresponding to the multiple frequency information applicable to the target information in the first measurement report is the same; The co-location information corresponding to the multiple frequency information applicable to the target information in the first measurement report is the same; The terminal capability information corresponding to the quality information corresponding to different target information in the first measurement report is the same; The co-location information corresponding to the quality information corresponding to different target information in the first measurement report is the same; The terminal capability information corresponding to the CSI corresponding to different target information in the first measurement report is the same; The co-location information corresponding to the CSI corresponding to different target information in the first measurement report is the same.

36. The method according to claim 22, characterized in that The frequency information corresponding to the time-frequency resource occupied by the RS resource is recorded as the frequency information associated with the RS resource, and the method further includes: A second measurement report is received, where the second measurement report includes: L third measurement reports, where L is a positive integer, and the third measurement report includes at least one of the following: measurement results of N RS resources, the measurement results comprising: a CSI group and / or beam information and / or at least one first common CSI and / or a second common CSI, wherein the CSI group comprises a plurality of CSIs, the plurality of CSIs respectively correspond to a plurality of frequency information associated with the RS resources, at least two of the plurality of frequency information share one first common CSI, the common frequency information associated with the RS resources shares the second common CSI, the common frequency information is the same frequency information associated with the N RS resources, and N is a positive integer; A third common CSI, the N RS resources share the third common CSI on the common frequency information; Resource indication information, the resource indication information is used to indicate the RS resources respectively; first frequency indication information, where the first frequency indication information is used to indicate frequency information corresponding to the CSI; second frequency indication information, where the second frequency indication information is used to indicate at least two frequency information sharing the first common CSI; fourth frequency indication information, where the fourth frequency indication information is used to indicate the public frequency information; Quality information corresponding to each CSI in the measurement results of the N RS resources; Quality information corresponding to each frequency information associated with the N RS resources; third frequency indication information, where the third frequency indication information is used to indicate frequency information corresponding to the quality information; first comprehensive quality information corresponding to the RS resource, wherein the first comprehensive quality information is determined based on quality information corresponding to multiple frequency information associated with the RS resource; second comprehensive quality information corresponding to the CSI group, where the second comprehensive quality information is determined based on quality information corresponding to each CSI in the CSI group; third comprehensive quality information corresponding to the first public CSI, where the third comprehensive quality information is determined based on quality information corresponding to at least two frequency information sharing the first public CSI; fourth comprehensive quality information corresponding to the second public CSI, where the fourth comprehensive quality information is determined based on quality information corresponding to public frequency information sharing the second public CSI; fifth comprehensive quality information corresponding to the common frequency information, wherein the fifth comprehensive quality information is determined based on quality information of the N RS resources on the common frequency information; broadband quality information corresponding to one or more frequency information; Terminal capability information and / or co-location information corresponding to the measurement result; Terminal capability information and / or co-location information corresponding to the RS resources; Terminal capability information and / or co-location information corresponding to each frequency information associated with the RS resource; Terminal capability information and / or co-location information corresponding to the public frequency information; Terminal capability information and / or co-location information corresponding to the quality information; Terminal capability information and / or co-location information corresponding to the CSI; The terminal capability information and / or co-location information corresponding to the third measurement report; Second grouping indication information, wherein multiple third measurement reports carrying the same second grouping indication information satisfy: different third measurement reports are associated with different common frequency information, wherein the common frequency information associated with the third measurement report refers to the common frequency information associated with N RS resources corresponding to the measurement result included in the third measurement report; Third grouping indication information, wherein the multiple third measurement reports carrying the same third grouping indication information satisfy: different third measurement reports are associated with different frequency information, wherein the frequency information associated with the third measurement report refers to the frequency information associated with N RS resources corresponding to the measurement result included in the third measurement report; first confirmation indication information, where the first confirmation indication information is used to indicate whether the RS resource is associated with multiple frequency information; Second confirmation indication information, where the second confirmation indication information is used to indicate whether the N RS resources are all associated with multiple frequency information.

37. The method according to claim 36, characterized in that The third measurement report further includes sharing indication information, where the sharing indication information includes at least one of the following: Fourth sharing indication information, where the fourth sharing indication information is used to indicate sharing of second related frequency information of the third measurement report, where the second related frequency information is not associated with any RS resource corresponding to the measurement result in the third measurement report; fifth sharing indication information, where the fifth sharing indication information is used to indicate sharing of second relevant frequency information of a measurement result of at least one RS resource in the third measurement report; Sixth sharing indication information, the sixth sharing indication information is used to indicate sharing of third related frequency information of the third measurement report, the third related frequency information being other frequency information other than the public frequency information associated with the third measurement report.

38. The method according to claim 36, characterized in that The second measurement report satisfies at least one of the following: The L third measurement reports are carried in the second measurement report according to a preset order or position; L>1, and the frequency information or common frequency information associated with at least two third measurement reports among the L third measurement reports is different.

39. The method according to claim 36, characterized in that The method further comprises: Sending second indication information, where the second indication information is used to indicate a target information group, where the target information group satisfies at least one of the following: The target information group is applicable to at least one common frequency information associated with a target third measurement report, wherein the target third measurement report is a third measurement report corresponding to the target information group in the L third measurement reports; The target information group is applicable to each public frequency information associated with the target third measurement report; the target information group is applicable to the default frequency information among the multiple public frequency information associated with the target third measurement report; The target information group is applicable to one or more common frequency information indicated by the fourth frequency indication information; The target information group is applicable to default frequency information among a plurality of common frequency information indicated by the fourth frequency indication information.

40. The method according to claim 39, characterized in that The second indication information further includes at least one of the following: first auxiliary indication information, the target information group is applicable to the frequency information indicated by the first auxiliary information; fourth auxiliary indication information, where the fourth auxiliary indication information is used to indicate the common frequency information applicable to the target information group in the common frequency information associated with the target third measurement report; fifth auxiliary indication information, where the fifth auxiliary indication information is used to indicate second relevant frequency information applicable to the target information group, where the second relevant frequency information is not associated with any RS resource corresponding to the measurement result in the third measurement report; The sixth auxiliary indication information is used to indicate third related frequency information applicable to the target information group, and the third related frequency information is other frequency information other than the common frequency information associated with the third measurement report.

41. The method according to claim 39, characterized in that The target information group satisfies at least one of the following: The number of the target information group is 1, and the target information group is applicable to multiple frequency information; Different target information groups have different applicable frequency information; The second grouping indication information carried by the multiple target third measurement reports is the same; The third grouping indication information carried by the multiple target third measurement reports is the same; The third groups to which the multiple target third measurement reports belong are the same; The first confirmation indication information carried by the target third measurement report is a preset value; The second confirmation indication information carried by the target third measurement report is the preset value; The terminal capability information corresponding to the measurement result corresponding to the target information group in the second measurement report is the same; The co-location information corresponding to the measurement result corresponding to the target information group in the second measurement report is the same; The terminal capability information corresponding to all RS resources corresponding to the measurement results in the target third measurement report in the second measurement report is the same; The co-location information corresponding to all RS resources corresponding to the measurement results in the target third measurement report in the second measurement report is the same; The terminal capability information corresponding to the multiple frequency information applicable to the target information group in the second measurement report is the same; The co-location information corresponding to the plurality of frequency information applicable to the target information group in the second measurement report is the same.

42. A communication device, characterized in that: include: A processing module, configured to measure a reference signal RS resource and obtain a measurement result of the RS resource, wherein the RS resource occupies multiple time-frequency resources, and the frequency domain positions of the multiple time-frequency resources satisfy at least one of the following: the frequency domain positions of the multiple time-frequency resources belong to different frequency intervals; the frequency domain positions of the multiple time-frequency resources belong to different sub-intervals of the same frequency interval; The frequency domain positions where the multiple time-frequency resources are located belong to different frequency interval groups.

43. A communication device, characterized in that: include: A communication module, configured to send first configuration information or second configuration information, wherein the first configuration information is used to configure RS resources, and the second configuration information is used to configure a resource set to which the RS resources belong; wherein the RS resources occupy multiple time-frequency resources, and the frequency domain positions where the multiple time-frequency resources are located satisfy at least one of the following: the frequency domain positions where the multiple time-frequency resources are located belong to different frequency intervals; the frequency domain positions where the multiple time-frequency resources are located belong to different sub-intervals of the same frequency interval; The frequency domain positions where the multiple time-frequency resources are located belong to different frequency interval groups.

44. A computer-readable storage medium having a computer program stored thereon, characterized in that: When the computer program is executed by a processor, the measurement method according to any one of claims 1 to 21 or the communication method according to any one of claims 22 to 41 is executed.

45. A communication device, comprising a memory and a processor, wherein the memory stores a computer program executable on the processor, wherein: When the processor runs the computer program, the processor executes the steps of the measurement method according to any one of claims 1 to 21 or the steps of the communication method according to any one of claims 22 to 41.

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