25 results about "Reference configuration" patented technology

The invention discloses a cross-system, cross-environment and cross-partition configuration difference comparison method and related equipment, and the method comprises the steps: obtaining a reference configuration specified by a comparison request and a plurality of to-be-compared configurations when the comparison request is received; the configuration to be compared and the reference configuration are marked with a system identifier, an environment identifier and a partition identifier; comparing the reference configuration with each to-be-compared configuration according to a preset configuration comparison rule, and determining configuration difference content corresponding to each to-be-compared configuration; and performing configuration completion on each to-be-compared configuration according to the configuration difference content to obtain a plurality of target configurations. Multi-dimensional configuration comparison is achieved from system and environment partition dimensions, the configuration comparison efficiency is effectively improved, and the requirement for efficient iteration of services is met.

Systems and methods for implementing multiple base reference configurations for layer1 / layer2 triggered mobility in a telecommunications network are provided. The method includes: receiving a first base reference configuration and an indicator indicating an association between a type / characteristics of a first cell and the first base reference configuration from a serving Distributed Unit (gNB-DU), wherein the serving gNB-DU supports the first cell that serves a user equipment (UE); sending, during candidate cell configuration preparation, the first base reference configuration or the indication to provide a new reference configuration to a target Distributed Unit (target gNB-DU), wherein the target gNB-DU supports a second cell to be prepared as a LTM candidate cell for an LTM handover; determining whether the first base reference configuration is usable with a delta configuration to obtain a full second cell configuration for the second cell; sending a second base reference configuration corresponding to the second cell configuration.

The invention relates to an FTTR gateway data configuration method and system and a medium, and the method comprises the steps: carrying out the decompression and decryption of configuration data corresponding to equipment identification information according to the equipment identification information obtained in advance, and loading and verifying the configuration data according to a preset priority sequence. And when the configuration data verification is not passed, loading default reference configuration data. And comparing the configuration data which does not pass the verification with the reference configuration data to obtain differentiated data, and merging the differentiated data into the reference configuration data to obtain target configuration data which is used for adapting to the multi-dimensional difference configuration requirements. And calling the target configuration data according to the current service demand. The problem that FTTR gateway data configuration is low in configuration flexibility in related technologies is solved.

The present application relates to the method and node executed by the node in the wireless communication system, provide a kind of method executed by second node in the wireless communication system, comprising: receiving the first configuration message of first node sent including reference configuration information, generates the configuration information required by second node based on the received reference configuration information.

Provided is a system capable of searching for appropriate area around a destination location for a moving body to realize a designated state in accordance with an instruction, by reflecting an instructor's intention underlying the instruction of ambiguous space designation with the destination location as reference. A pre-trained model is built using, as input data, scene graphs SG1 to SG3 created based on a user's instruction and an environment image in a direction toward a location of a moving body 20 and a designated place. The characteristic value of the primary node configuring the state scene graph SG1 is defined depending on the relative arrangement relationship (the distance and the angle) of each object with the location of the moving body 20 as a reference. The characteristic value of the primary node configuring the state scene graph SG1 is defined depending on a space occupancy mode of each object.

This application provides a cell configuration method and device, the method including: a master node determining M candidate primary secondary cells, where M is a positive integer; the master node acquiring first reference configuration information; and the master node acquiring RRC messages corresponding to N candidate primary secondary cells, where N is a positive integer, the N candidate primary secondary cells being included in the M candidate primary secondary cells, the RRC message for a first candidate primary secondary cell among the N candidate primary secondary cells including SCG configuration information for the first candidate primary secondary cell, the SCG configuration information for the first candidate primary secondary cell being a delta configuration based on the first reference configuration information; and the master node delivering second reference configuration information and RRC messages corresponding to the N candidate primary secondary cells to a terminal, where the second reference configuration information includes the first reference configuration information. In this application, the overhead of RRC signaling transmission and terminal storage is reduced in continuous CPAC.

The invention provides a configuration method, a communication system, a terminal, a base station, a storage medium and a program product, and relates to the technical field of communication, in the method, a first LTM configuration received by the terminal comprises one or more candidate configurations and one or more first reference configurations, any one of the first reference configurations provides a common configuration for one or more candidate configurations. In other words, in the first LTM configuration information, repeated configuration information in the configuration information of the different candidate cells is used as the first reference configuration, and personalized parts of the different candidate cells are used as the candidate configuration, so that the repeated configuration information of the multiple candidate cells does not need to be repeatedly sent, the number of repeatedly sent data is reduced, and the user experience is improved. And the signaling overhead is reduced.

Systems and methods for implementing multiple base reference configurations for layer1 / layer2 triggered mobility in a telecommunications network are provided. The method includes: receiving a first base reference configuration and an indicator indicating an association between a type / characteristics of a first cell and the first base reference configuration from a serving Distributed Unit (gNB-DU), wherein the serving gNB-DU supports the first cell that serves a user equipment (UE); sending, during candidate cell configuration preparation, the first base reference configuration or the indication to provide a new reference configuration to a target Distributed Unit (target gNB-DU), wherein the target gNB-DU supports a second cell to be prepared as a LTM candidate cell for an LTM handover; determining whether the first base reference configuration is usable with a delta configuration to obtain a full second cell configuration for the second cell; sending a second base reference configuration corresponding to the second cell configuration.

A base station device acquires information for generating setting information pertaining to a candidate cell to be added or changed (CPAC) of a conditional secondary cell in a connected terminal device, the information including a reference configuration and an incremental configuration corresponding to the difference between the setting information and the reference configuration. A terminal device is provided with its information and a condition for performing CPAC.

The application discloses a method for implanting a large deformation plastic element based on FDEM in a non-rotating reference system, which comprises the following steps: obtaining a deformation rate in a rotating configuration and a rotation matrix based on the node coordinates of a triangular element; obtaining the deformation rate in a non-rotating configuration based on the deformation rate in the rotating configuration and the rotation matrix; determining an elastic trial stress, determining a material state in combination with a yield function, obtaining a true stress, and performing rotation mapping of an original reference configuration to obtain a true Cauchy stress; according to FDEM calculation, calculating contact force and force caused by cohesive force elements, and then uniformly converting the contact force and the force into node force; updating the node velocity and the position in the current time step through Newton's second law; and entering the next time step. The application introduces the calculation of a stress tensor in a non-rotating reference system, rotates the stress tensor, maps the stress tensor to the original reference system, and realizes the accurate simulation of plastic behavior in the wired-discrete element in combination with a yield function and a plastic flow rule.

A system loads a set of elements on a runtime data area and associates the set of elements with a set of memory addresses that point directly to a set of memory blocks allocated for the set of elements on the runtime data area. The system determines a trigger for commencing executing a garbage collection process. Responsive to determining the trigger, the system determines a reference configuration for configuring references for the garbage collection process and associates the set of elements with a set of references that conform to the reference configuration. Subsequent to associating the set of elements with the set of references, the system commences executing the garbage collection process. The garbage collection process includes, concurrently while loading elements on the runtime data area, reclaiming memory allocated for elements that are unreachable on the runtime data area.

In an aspect of the disclosure, a method, a computer-readable medium, and an apparatus are provided. The apparatus discovers the BMC within a network by scanning the network and listening for service discovery protocol messages. The apparatus collects device information from the BMC. The apparatus stores the collected device information in a configuration database. The apparatus determines whether there is a configuration change to be applied to the BMC by comparing the collected device information with a reference configuration. The apparatus configures the BMC with updated settings to apply the configuration change when it is determined that a configuration change needs to be applied.

A method of providing mobility management is provided. The method includes receiving at least one reference configuration identifier and a candidate configuration; generating a complete configuration based on the at least one reference configuration identifier and the candidate configuration; and performing a cell handover to the candidate network node corresponding to the candidate configuration using the full configuration.

The present disclosure relates to handling of candidate cell configuration for mobility in wireless communications. According to an embodiment of the present disclosure, a method performed by a communication device configured to operate in a wireless communication system comprises: obtaining configurations for multiple candidate cells, wherein the configurations for the multiple candidate cells comprise one or more first configurations for one or more first candidate cells among the multiple candidate cells that are constructed based on a first reference configuration for the one or more first candidate cells; detecting a deactivation event for the first reference configuration; and deactivating the one or more first configurations that are constructed based on the first reference configuration, after detecting the deactivation event for the first reference configuration.

A base station device that acquires setting information for generating a plurality of cells used for conditional handover (CHO) or additional or alteration (CPAC) of a conditional secondary cell in a connected terminal device, the information including: a reference configuration common to two or more cells among the plurality of cells; identification information which uniquely determines the reference configuration is allocated to the reference configuration; an incremental configuration inherent to each of the two or more cells; and the identification information of the reference configuration that should be combined with the incremental configuration, specifies at least one of the reference configuration and the incremental configuration and instructs the terminal device to delete or change when at least one of the reference configuration and the incremental configuration is deleted or changed.

The invention discloses a page rendering method and device, electronic equipment and a storage medium, and relates to the technical field of front-end development. The page rendering method comprises the steps of determining a routing component of a page where a target component is located through routing information of the page where the target component is located in response to instantiation of the target component, and traversing a component tree in the direction of the routing component by taking the target component as an initial position when the target component is a sub-component of the routing component, and searching at least one ancestor component with preset reference configuration, and then rendering the target component according to the preset reference configuration corresponding to the ancestor component with the highest level. Therefore, the components of different hierarchies in the component tree can be uniformly rendered according to the preset reference configuration set by the ancestor component with the highest hierarchies in the component tree during rendering, so that the problem of component rendering distortion caused by reference inheritance disorder among the components is avoided, and the consistency of page rendering is ensured.

The invention discloses a substation configuration file verification method and device, terminal equipment and a storage medium, and belongs to the field of intelligent substations. The method comprises the steps of obtaining configuration files of a plurality of to-be-verified substations; each configuration file comprises a plurality of device node structured data and device configuration information; clustering by taking the equipment node structured data as clustering nodes to obtain a plurality of clustering clusters for representing equipment node types; taking a clustering node meeting a preset standard configuration condition in the current clustering cluster as a reference node; performing data comparison on the other clustering nodes in the current clustering cluster and the reference node; adding a comparison mark to the current clustering node under the condition that the comparison is consistent; taking the current clustering node as a noise node under the condition that the comparison result is inconsistent; and modifying the corresponding configuration file according to the node configuration difference between the noise node and the reference node. By implementing the invention, the problems of low manual verification efficiency and accuracy in the prior art can be solved.

The invention provides an information transmission method and device and a storage medium, and the method comprises the steps: determining a reference configuration which is generated by a first node and / or is generated by a second node and then is transmitted to the first node; a first message is sent to the second node, the first message is used for requesting the second node to generate a mobility candidate configuration triggered by a layer 1 or a layer 2, the first message comprises any one of the following items: first indication information, and the first indication information is used for indicating to request the second node to generate a complete candidate configuration; and the second indication information is used for indicating to request the second node to generate the candidate configuration of the increment based on the reference configuration. According to the method and the device, the nodes for generating the reference configuration are clarified, the reference configuration can be interacted among the nodes, the complete candidate configuration or the incremental candidate configuration generated by the nodes is clarified, the purposes of performing LTM interaction among the nodes and supporting the LTM configuration are realized, and the availability of the LTM configuration is improved.

A process includes receiving a set of static characteristics, a set of dynamic characteristics, and a health objective of a target object. A set of reference object data is retrieved and includes multiple reference objects of the same type as the target object. The reference object data includes the same data as the target object data. The dynamic data of the target object and the reference objects is parameterized over time. Each a set of dynamic characteristics for each reference object is split into a plurality of reference profiles. A set of similar reference profiles having a higher similarity metric than a remainder of the reference profiles is identified. A goal difference between the health objective of the target object and an end state of the similar reference profiles is determined. The reference profile having the smallest goal difference is identified and a corresponding health regimen is implemented.

The embodiments of the present application relate to the technical field of communications. Provided are a configuration method, a communication system, a terminal, a base station, a storage medium, and a program product. In the method, a first LTM configuration received by a terminal comprises one or more candidate configurations and one or more first reference configurations, wherein any one first reference configuration provides a shared configuration for the one or more candidate configurations. That is, in first LTM configuration information, repeated configuration information among configuration information of different candidate cells is used as the first reference configurations, and individualized portions of the different candidate cells are used as the candidate configurations. In this way, it is not necessary to repeatedly send repeated configuration information of a plurality of candidate cells, thereby reducing the volume of repeatedly sent data and also reducing signaling overheads.

Methods of mobility management are provided. The method includes: receiving at least one reference configuration identifier and a candidate configuration; generating a complete configuration based on the at least one reference configuration identifier and the candidate configuration; and applying the complete configuration to perform a cell switch to a candidate network node corresponding to the candidate configuration.

A communication method includes receiving a first configuration from an access network device, where the first configuration includes a first reference configuration and a delta configuration of a target cell, and the first reference configuration is related to the delta configuration of the target cell; and determining a radio configuration of a terminal apparatus based on the first reference configuration and the delta configuration of the target cell.

Systems, methods, and circuitries are disclosed for providing per-CU reference configurations for use in inter-centralized unit (CU) Layer 2 triggered (LTM) mobility. In one example a baseband processor, includes a memory configured to store instructions and a processing circuitry coupled to the memory and, when executing instructions, configured to receive a medium access control (MAC) control element (CE) that includes a command to switch from a source cell associated with a source distributed unit (DU) to a target cell associated with a target DU, wherein the source DU is controlled by a source centralized unit (CU) and the target DU is controlled by a target CU, different from the source CU; apply a reference configuration associated with the target CU; apply a Layer-2 triggered mobility (LTM) candidate configuration associated with the target DU;and communicate with the target DU.

The present disclosure relates to a 5G communication system or a 6G communication system for supporting higher data rates beyond a 4G communication system such as long term evolution (LTE). According to one aspect of the present disclosure, a method performed by a second node in a wireless communication system is provided, including: receiving a first configuration message including reference configuration information transmitted by the first node; and generating configuration information required by the second node based on the received reference configuration information.

The present invention provides an LTM configuration transmission method, an apparatus, a device, a storage medium, and a program product. The method comprises: a first network device receiving LTM configuration information sent by one or more second network devices, wherein the LTM configuration information comprises at least one of the following: first information related to a measurement resource configuration, second information related to advance synchronization, a reference configuration of LTM, a first configuration instruction or a first configuration instruction list, a first configuration identifier or a first configuration identifier mapping list, and third information related to a resource report configuration.