Huawei Technologies Co., Limited

Zte Corporation

Tencent Technology (shenzhen) Company Limited

Sz Dji Technology Co., Ltd.

Delta Electronics (shanghai) Co., Ltd

Jiangsu Vcare Pharma Tech Co., Ltd.

Novartis Ag

Shanghai United Imaging Healthcare Co., Ltd.

The Chinese University of Hong Kong

Southeast University

China Unionpay Co., Ltd.

Shenzhen Fuxinya Technology Development Co., Ltd

Shenzhen Neptunus Pharmaceutical Co., Ltd.

Yuan Gao

Bo Dai

He Huang

Yan Zhang

Jing Han

Yin Gao

Bin Wang

Shouyu Hong

Tao Wang

Ting Lu

Zijiang Ma

Xiaojuan Shi

Wenting Li

Jiantao Xue

Jianhong Zeng

Feng Xie

Min Kim

Eyal Shlomot

Xiubin Sha

Wenhui Li

Ganyu Zhou

Yu Chen

Haibo Wang

Jing Liu

Jianxun Ai

Dapeng Li

Longxing Shi

Li Ping Yang

Anjian Li

Qian Dai

Lin Li

Weifeng Sun

Linchao Bao

Yang Liu

Hui Kang

Jianmin Fang

Bo Liang

Jianwu Dou

Yongkang Zhang

Zhe Wang

Wenhan Luo

Zhihong Qiu

Jie Tan

Wanmei Zeng

Jien Zhou

Zhifeng Li

Yadong Wang

Shuai Liu

Xingguo Sun

Kai Li

Weilian Jiang

Yanchun Gong

Yongqiang Liu

Hongbin Sun

Shili Wu

Yanlei Zhao

Xuefang Liu

Jinshan Shi

Yongli Yuan

Wenhui Liang

Shenyu Ding

Tao Han

Xizeng Dai

Lifeng Wang

Xiang Li

Lin Yu

Yueqi Wang

Jiahao Xu

Yichao Wang

Yisheng Fu

Hanlin Feng

Mara Fornaro

Zhiguo Wang

Zi Li

Francois Legay

Jiance Ding

Kailong Wang

Shuguang Liu

Rainer Hillenbrand

Jianjun Zhang

Yiwei Chen

Shen Xu

Xingchi Chen

Yunhui Liu

Chenjie Wang

Ying Xie

Shu Yuan Li

Chihiro Tsukamoto

Jun Gao

Yuming Zhao

Lin Chao Bao

Jinhua Zhao

Weizhen Zeng

Jing Cui

Lei He

Yujie Liu

Tianshu Qu

Jiwen Yang

Method, systems and devices for slice specific and/or access category specific information. The present disclosure provides wireless communication method for use in a wireless terminal and the wireless communication method comprises receiving, from a wireless network node, cell selection information associated with at least one network slice or with at least one access category, and selecting a cell based on the cell selection information.

Method for slice specific information

A first data center interconnection (DCI) device in a first data center receives a first packet from a Border Gateway Protocol Ethernet virtual private network (BGP EVPN) neighbor, where the first packet includes routing information of a first forwarding instance of an access device in the first data center and an export route target of the first forwarding instance. The first DCI device obtains a second forwarding instance that corresponds to the first packet, where an import route target of the second forwarding instance matches the export route target of the first forwarding instance. The first DCI device generates a second packet that includes routing information of the second forwarding instance and an export route target of the second forwarding instance, which includes a DCI interworking route target. The first DCI device sends the second packet to a second DCI device in a second data center.

Routing information transmission method and apparatus, and data center interconnection network

A system and method for communication between a wireless communication device and a wireless communication node based on usage of timing advance estimated by the wireless communication device are disclosed herein. In one embodiment, the system and method are configured to determine, by a wireless communication device, usage of a timing advance (TA) estimated by the wireless communication device for communication with the wireless communication node; select, by the wireless communication device, a RACH type to communicate with the wireless communication node; and initiate, by the wireless communication device, a RACH communication with the wireless communication node according to the selected RACH type and the determination on usage of TA estimated by the wireless communication device.

System and method for configuring transmission resources and performing RACH in wireless communication networks

A system and method for providing information are disclosed herein. In one embodiment, the method includes configuring, by a first wireless communication node, a list indicating a plurality of default configurations. The plurality of default configurations is associated with respective indices. The method includes providing, by the first wireless communication node to a wireless communication device, a first one of the indices.

System and method for providing configuration information

Techniques are described for paging techniques. For example, a wireless communication method comprises transmitting, by a network node to a communication node, multiple sets of paging configuration information, where each set of paging configuration information includes a service type information that describes a type of network service, and where each set of paging configuration information includes one or more paging related information.

Paging and network selection techniques for wireless communication

This disclosure relates generally to wireless communications and, more particularly, to systems and methods for radio resource control (RRC) connection management in a network sharing configuration, including an RRC resume from an RRC inactive state, and RRC re-establishment. In one embodiment, a method performed by a communication node, includes: receiving a request from a communication device to establish a current connection associated with a prior connection between the communication device and a prior communication node, wherein the request comprises communication device authentication information; and establishing the current connection based on a determination that communication node authentication information matches the communication device authentication information, wherein the communication node authentication information is based on a predetermined subset of input parameters, and wherein the determination is performed at the communication node or at the prior communication node.

Systems and methods for radio resource control management in a shared network

An artificial intelligence (AI)-based face recognition method includes: obtaining n groups of input video frames, at least one group of video frames including a color video frame and a depth video frame of a target face, n being a positive integer; invoking an interactive liveness detection function to recognize the color video frames in the n groups of video frames; invoking a second three-dimensional (3D) structured-light liveness detection function to recognize the depth video frames in the n groups of video frames; and determining, in response to both detection results of the interactive liveness detection function and the 3D structured-light liveness detection function indicating that a type of the target face being a liveness type, that the target face is a live target face.

AI-based face recognition method and apparatus, device, and medium

Methods, apparatus and systems for transmitting data in a power efficient sate are disclosed. In one embodiment, a method performed by a wireless communication device is disclosed. The method comprises: entering a power efficient state; and transmitting, to a wireless communication node, uplink data while being in the power efficient state.

Methods, apparatus and systems for data transmission in a power efficient state

Embodiments of this application provide a method and an apparatus for determining virtual machine VM migration. The method includes: after a VM is migrated, sending a gratuitous ARP packet or a RARP packet to an in-migration VTEP device; obtaining, by the VTEP device, a MAC address of the VM, searching an ARP cache table based on the MAC address, and obtaining an IP address of the VM; and constructing an ARP unicast request packet by using the IP address as a destination IP address, and if the VTEP device receives an ARP response packet sent by the VM for the ARP unicast request packet, determining that the VM is migrated.

Method and apparatus for determining virtual machine migration

A multi-phase high-precision current sharing control method applied to constant on-time control is provided, wherein a current difference between continuously sampled current of each line and mean current is processed by a PI compensation module and a low-pass filter module to obtain on-time regulation data. A high bit of the regulation data controls the value of counter reference Vin an on-time control module, and a low bit controls the length of an enabled delay line in a delay line module. The counter timing control of the on-time control module is combined with the delay line timing control of the delay line module to improve the control precision of a DPWM. The method takes COT control of a Buck converter as a typical application. Compared with a multi-phase COT controller without a current-sharing mechanism, the method can improve the stability and reliability of the system.

Multi-phase high-precision current sharing control method applied to constant on-time control

Various implementations of a method for transmitting a temporary identifier involve a wireless communication device: transmitting a first portion of a temporary identifier of the wireless communication device to a radio access network in a first message; and transmitting a second portion of the temporary identifier to the radio access network in a second message.

Methods and system for transmitting a temporary identifier

This disclosure relates generally to wireless communications and, more particularly, to systems and methods for reselection or redirection among cells of different geographic coverage. In one embodiment, a method performed by a communication device includes: receiving configuration information from a first communication node, wherein the first communication node is part of a first cell or a first carrier; determining a second communication node based on the configuration information, wherein the second communication node is part of a second cell or a second carrier; and initializing a random access procedure or continuing with the random access procedure on the second communication node.

Communications among cells of different geographic coverage

A multichassis link aggregation method includes receiving, by a first network device, n pieces of second information of n second network devices. The first network device and the n second network devices are in a multichassis link aggregation group (MC-LAG), n is an integer greater than or equal to 1, the n pieces of second information include n second port keys, and the n pieces of second information are in one-to-one correspondence with the n second port keys. The method also includes determining, by the first network device, a third port key based on a first port key of the first network device and the n second port keys. The third port key is an MC-LAG configuration parameter of the first network device.

Multichassis link aggregation method and device

A BGP message sending method includes: determining, by a first network device, that a host identified by a first MAC address is an attacker; generating, by the first network device, a BGP message, where the BGP message includes the first MAC address and indication information, and the indication information is used to indicate that the host identified by the first MAC address is the attacker; and sending, by the first network device, the BGP message to a second network device.

BGP message sending method, BGP message receiving method, and device

This disclosure relates generally to wireless communications and, more particularly, to systems and methods for determining round trip time and layer 2 (e.g., data link) buffer size in non terrestrial networks. In one embodiment, a method performed by a communication node includes: sending a capability request message to a communication device, wherein the communication node communicates from a satellite in orbit; receiving capability information from the communication device in response to the capability request message; and determining a data link buffer size associated with communications between the communication node and the communication device based on the capability information.

Systems and methods for determining communication parameters for non terrestrial networks

Growing community of inventors

Nanjing, China

Yuan Gao