9 results about "Overhead information" patented technology

The invention discloses a sub-band full duplex time slot frequency band resource configuration method, which is used for carrying out centralized training and distributed execution on multiple base stations, so that cooperation is formed among the base stations, and an optimal frequency band resource configuration decision is carried out in real time. Each base station is regarded as an intelligent agent, current system information is shared among the base stations, the current system information comprises frequency band configuration, uplink and downlink service load data and all compressed interference information, the base stations decide specific uplink and downlink frequency band configuration of a future time slot through the information, and the uplink and downlink frequency band resources are flexibly configured, so that the uplink and downlink frequency band resources can be flexibly allocated. And by designing a coding and decoding algorithm for user information, low-overhead information sharing and cooperation between base stations are realized, a frequency band resource configuration scheme is jointly decided, the overall transmission capability of the system is improved, and the overall transmission performance is optimal.

The present application relates to the technical field of wireless communications, and in particular to a communication method and a related apparatus. The method comprises: a network device determining, at the end of a first period, whether all of N1 first CSI groups are successfully received. wherein the N1 first CSI groups are obtained by means of first CSI measurement, and N1 is a positive integer greater than or equal to 1; and when N2 second CSI groups among the N1 first CSI groups have not been successfully received, the network device sending first information to a terminal device, so as to indicate the retransmission of the N2 second CSI groups, wherein N2 is a positive integer less than or equal to N1, the N2 second CSI groups are retransmitted by means of a first MAC-CE, and the first MAC-CE at least comprises a first measurement identifier associated with the first CSI measurement. By using the method provided in the present application in a scenario where CSI carrying high-overhead information is transmitted, the problem of existing CSI transmission schemes failing to meet the requirements of CSI transmission quality can be solved.

Provided in the present application are carrier frames, transmission methods, an electronic device, a storage medium and a program product. A carrier frame consists of a plurality of bytes, and the plurality of bytes comprise: a preamble byte, used for carrying a preamble; an overhead byte, used for carrying overhead information of a service; and a time slot byte, used for carrying service content, the carrier frame being sent after being coded; or the carrier frame consists of a plurality of code groups, each code group having a length of 10 bits, and the plurality of code groups comprising: a control code group, the control code group being a start code group of the carrier frame; a first data code group, used for carrying overhead information of a service; and a second data code group, used for carrying service content, the carrier frame being used for transmission performed by means of a physical coding sublayer (PCS).

The embodiment of the invention provides a 5G network optimal emergency path determination method, device and equipment, and the method comprises the steps: obtaining network topology and network element operation management and control data related to a network replanning event in response to the detection of a network communication fault, and generating a directed topological graph; determining a target fault type corresponding to the network replanning event according to the directed topological graph and a fault content judgment template corresponding to each fault type; according to at least one first emergency path associated with a target fault node in the directed topological graph and the target fault type, determining overhead information of the at least one first emergency path; and according to the overhead information of all the to-be-selected paths, determining a target emergency path, and configuring network parameters for the target emergency path so as to establish network communication of the target fault node based on the reconfigured network parameters. And the optimal emergency path is automatically planned. Therefore, the fault judgment and repair efficiency is improved, and quick recovery of network transmission faults is guaranteed.

The support device (10) is connected to a master device (40) and a slave device (50) that are communicating wirelessly with each other, and determines setting values ​​for a wireless communication method to be set in the master device (40) and the slave device (50) in order to execute control communication over a communication path including wireless communication between a control device (20) and an appliance (30). The support device (10) includes an acquisition unit (11) that acquires condition information (73) indicating a communication cycle of the control communication and a size of data to be transmitted within the communication cycle as execution conditions for the control communication, a reception unit (12) that receives overhead information (81) indicating a communication state related to wireless communication overhead from the master device (40), a determination unit (14) that determines setting values ​​based on the condition information (73) and the overhead information (81), and an output unit (16) that outputs the determined setting values.

This invention discloses a method and apparatus for transparent transmission of flexible Ethernet instance data, relating to the field of optical communication technology. The method includes: a transmitting end slicing a flexible Ethernet instance data stream into multiple slice packets according to an integer multiple of a preset data block unit; obtaining time interval information between adjacent slice packets, writing the time interval information into the overhead field of the corresponding slice packet, and sending the slice packet to a receiving end; the receiving end receiving the slice packet, writing the slice packet into a receive buffer, and parsing the time interval information from the overhead field of the slice packet; controlling the rate of reading data from the receive buffer based on the time interval information to restore the service rate of the flexible Ethernet instance data stream, removing the overhead information from the read data, and reassembling the remaining payload data into a continuous flexible Ethernet instance data stream. This application can transparently transmit data streams through a packet-switched system without destroying the data structure or adjusting the rate by adding or deleting idle frames.

This application relates to a computing power routing determination method, apparatus, and mobile core network. The method includes: receiving computing power messages reported by computing power nodes in a computing power network; the computing power messages including computing power resource information and computing power cost information of the computing power nodes; determining computing power routing information corresponding to the computing power nodes based on the computing power resource information and the computing power cost information; and transmitting the computing power routing information to a target network element in the mobile core network through a computing service control interface corresponding to the computing service control network element, so that the target network element determines a computing power route with the computing power nodes based on the received computing power routing information. This method enables the computing service control network element to perform centralized resource management of the computing power network based on the received computing power resources and computing power costs, ensuring a balanced allocation of computing resources.

The application provides a bearing frame, a transmission method, an electronic device, a storage medium and a program product. The bearing frame is composed of a plurality of bytes, including: a preamble byte for bearing a preamble; an overhead byte for bearing overhead information of a service; and a time slot byte for bearing service content; wherein the bearing frame is sent after being encoded. Alternatively, the bearing frame is composed of a plurality of code groups, each code group having a length of 10 bits, including: a control code group, which is the starting code group of the bearing frame; a first data code group for bearing overhead information of a service; and a second data code group for bearing service content; wherein the bearing frame is used for transmission through a physical coding PCS layer. When bearing a fine-grained service on a GE interface, the bearing frame provided by the embodiments of the application can be used for bearing, thereby meeting the demand for bearing a fine-grained service on a GE interface.

Disclosed in the embodiments of the present disclosure are a transmission method and apparatus, a storage medium, a program product and a device. The method comprises: transmitting one or more client signals in a first channel on the basis of a first container of a first length, a payload part of the first container being used for carrying the one or more client signals, wherein the first container starts from an S code block, and the S code block comprises an overhead part used for carrying overhead information of the one or more client signals.