Zte Corporation

Xi'an Zhongxing New Software Co., Ltd.

South China University of Technology

Three Gorges Zhujiang Power Generation Co., Ltd.

Aihua Liu

Ran Chen

Jianzhong Wen

Shaofu Peng

Wei Wang

Zheng Zhang

Jinghai Yu

Jie Chen

Feng Liu

Yao Liu

Jun Feng

Fangwei Hu

Quan Xiong

Chenqiang Gao

Jianping Liu

Shuangping Zhan

Yuan Xu

Lifeng Rong

Pengfei Chen

Junfeng Liu

Yifeng Lin

Binqi Li

Zhaoqing Liu

Renshu Xiong

Daojun Ni

Lili Zhou

Tianhui Fan

Guoqing Liao

Yangyang Xue

Zhongliang Wang

Taiping Liu

Xinqun Chen

Yunzhi Liu

Qiren Wu

Jialong Jiao

Chaohe Chen

Chengdi Lin

Xinxin Xu

Yajing Li

Muliu Tao

An information processing method, a base station, a bearer network device, a core network device and a medium are provided. The method may include, acquiring slice service information from a terminal device; sending an uplink slice service packet carrying a network slice identifier and a network slice parameter to a bearer network device, according to the slice service information, so that the bearer network device processes the uplink slice service packet according to the network slice identifier and network slice parameter in the uplink slice service packet, wherein both the network slice identifier and network slice parameter are processable by the bearer network device.

Information processing method, base station, bearer network device, core network device, and medium

The present disclosure provides a method for sending a packet, applied to a head node, including: generating a packet according to a transmission path, and sending the packet, with the transmission path passing through at least two domains, the packet including at least one path extension header, and each path extension header corresponding to one domain through which the transmission path passes and being configured to define the transmission path of the packet in the one domain. The present disclosure further provides a method for forwarding a packet, a head node, a forwarding node and a computer-readable medium.

Method for sending and forwarding packet, head node, forwarding node and storage medium

Provided is a service data processing method. The service data processing method includes: generating, based on service data of a plurality of client services, service blocks of the client services, respectively; mapping the service blocks of the client services into a payload area of at least one sub slicing frame (SSF); and configuring an overhead area field of each SSF to obtain the at least one SSF, wherein each of the SSF carries the service blocks of a plurality of different client services. Further provided are a service data exchange method, a service data extraction method, a provider edge device, a provider exchange device, and a computer-readable medium.

Service data processing, exchange and extraction methods, devices, and computer-readable medium

An embodiment of the present disclosure relates to segment routing header compression method and apparatus, service processing method and apparatus, computer device and computer-readable medium. The segment routing header compression method includes: configuring a regular compression segment identification for respective nodes on a segment routing path and configuring an extended compression segment identification for at least one of nodes on the segment routing path; generating a segment list which includes the regular compression segment identification of the respective nodes and the extended compression segment identification of the at least one of the nodes, in the segment list, the extended compression segment identification of the at least one of the nodes being adjacent to and located after the regular compression segment identification of the at least one of the nodes; and carrying the segment list in a segment routing header of a service message.

Segment routing header compression method and apparatus, service processing method and apparatus, computer device and computer-readable medium

Provided are a method and apparatus for processing a deterministic networking (DetNet) data packet. The method includes: performing, by a DetNet node, format encapsulation on a data packet of a DetNet application flow when the DetNet application flow passes through a multiprotocol label switching (MPLS) network, wherein an encapsulated data packet comprises a label indication and a flow identifier header; and forwarding the encapsulated data packet in the MPLS network.

Method and apparatus for processing DetNet data packet

Embodiments of the present disclosure provide an information sending method applied to a node. The method includes: sending capability advertisement information, wherein the capability advertisement information is used for indicating a capability of the node to support compressed SRv6 SIDs. Embodiments of the present disclosure further provide an information processing method, a node, a controller, and a non-transitory computer-readable storage medium.

Information sending and processing methods, node, controller, and non-transitory computer-readable storage medium

The present invention discloses a large-scale model testing system of a floating offshore wind power generation device, and a method for manufacturing the large-scale model testing system. The large-scale model testing system comprises a floating wind power generation device model, model response measurement systems and environmental parameter measurement systems. The floating wind power generation device model comprises a floating foundation and a tower, wherein a wind turbine is connected to the top of the tower. A plurality of anchoring devices is connected to the side surface of the floating foundation. Each model response measurement system comprises an IMU unit, a wind turbine monitoring unit and an anchoring tension measurement unit. Each environmental parameter measurement system comprises a buoy-type wave height meter, a wind speed and direction meter and a flow velocity and direction meter.

Large-scale model testing system of floating offshore wind power generation device and method for manufacturing testing system

The present disclosure provides a packet encapsulation method, including: determining a segment routing-traffic engineering (SR-TE) path; generating, according to a segment identifier (SID) of each node in the SR-TE path, an SID list, where each node supports a plurality of unified-SID encapsulation types (UETs) corresponding to SIDs of different lengths, and in the SID list, the SID of at least a node serving as an intermediate node of the SR-TE path is the SID having the non-longest length in the plurality of SIDs corresponding to the node; forming a segment routing header (SRH) from the SID list; and encapsulating an initial packet with the SRH to obtain a final packet. The present disclosure further provides a packet forwarding method, a UET announcement method, an electronic device, and a computer-readable storage medium. The final packet obtained by the packet encapsulation method has a higher load rate.

Packet encapsulation method, packet forwarding method, announcement method, electronic device, and storage medium

A method and a device for processing a packet by using a unified SR label stack, relating to the field of PTN. The method includes: allocating, according to a type of a forwarding plane, a compatibility indicator indicating that a unified U-SRH is carried, for a service packet entering the forwarding plane; adding an SR label stack, the U-SRH and the compatibility indicator to the service packet to obtain an extended packet; and processing and forwarding the extended packet in the forwarding plane according to the SR label stack, the U-SRH and the compatibility indicator. According to embodiments of the present disclosure, the unified SR label stack is used to simplify an application of SR technology in different forwarding planes, and uniformity of SR encapsulation format is enhanced.

Method and device for processing packet by using unified SR label stack

Growing community of inventors

Guangdong, China

Aihua Liu