Zte Corporation

Nien Made Enterprise Co., Ltd.

Xi'an Zhongxing New Software Co., Ltd.

Ping an Technology (shenzhen) Co., Ltd.

Ubtech Robotics Corp Ltd

Shenzhen University

Sunsea Telecommunications Co., Ltd.

Huawei Technologies Co., Limited

Samsung Electronics Co., Ltd.

Hon Hai Precision Industry Co., Ltd.

Fu Tai Hua Industry (shenzhen) Co., Ltd.

Shenzhen Tcl Digital Technology Ltd.

Xi'an Zte New Software Company Limited

Guangzhou Huaduo Network Technology Co., Ltd.

Tronxyz Technology Co., Ltd.

Lin Chen

Ying Huang

Keng-Hao Nien

Feng Xie

Mengzhen Wang

Wei Luo

Boyuan Zhang

Yuqin Chen

Yin Gao

Shuanshuan Wu

Guohui Zhang

Youjun Xiong

Feng Bi

Dapeng Li

Zhou Zhi

Yumin Luo

Zhaohua Lu

Shujuan Zhang

Guanghui Yu

Zhong Yu

Shuyu Ma

Yulan Liu

Bo Dai

Chuangxin Jiang

Zijiang Ma

Chen Lu

Qian Wang

Youxiong Lu

Fang Zhang

Kaishun Wu

Li Chu

Weiqiang Du

Xueying Diao

Yandao Huang

Xing Liu

Huiying Fang

Yang Liu

Hui Xu

Nan Li

Yu-Che Wen

Wei Zou

Chih-Yao Chang

Tao Qi

Yong Lv

Guo Yang

Chao-Hung Nien

QiYue Wang

Kun Cao

Hao Zhu

Haiwu Su

Yufeng Ruan

Chin-Tai Lu

Jin Xu

Xiangyang Xu

Wenfeng Zhang

Kaiying Lv

Ke Yao

Xiubin Sha

Ying Liu

Jin Yang

Chenchen Zhang

Liujun Hu

Jie Chen

Cong Li

Feng Liang

Lei Song

Shuai Zhang

Wei Jiang

Ming Yuan

Ting Miao

Liping Wang

Shijun Chen

Yang Guo

Yaying Wang

Jianwu Dou

Wenhao Liu

Haigang He

Long-Fong Chen

Yazhu Ke

Ching-Feng Chen

Zhang Ge

Liufei Wen

Shuanghong Huang

Renli Xie

Ling Xu

Jui-Pin Jao

Qiyue Wang

Jianjian Zhu

Qin Li

Xiliang Liu

De-Jun Zhang

Meiling Zhang

Daxue Xia

Lei Luo

Fangting Zheng

Shu-Wei Hu

Zhiping Zhou

Jingwen Lai

Jia Yan

A method of wireless communication is described. The method includes sending, from a first central unit (CU) configured to communicate with an integrated access and backhaul (IAB) node, to a second CU, a first message; and receiving, by the first CU, a second message that includes configuration information, wherein the first message includes at least one of an identification of the IAB node, an identification of a user device in communication with the IAB node.

Signaling exchange schemes in wireless communications

Disclosed are an energy-saving configuration method and apparatus, an energy-saving method and apparatus, a communication node, and a non-transitory computer-readable storage medium. The energy-saving configuration method may include: receiving user equipment (UE) energy-saving information sent by a second communication node; and sending energy-saving configuration information to the second communication node according to the UE energy-saving information.

Energy-saving configuration method and apparatus, energy-saving method and apparatus, communication node, and storage medium

A system and method for reference signaling design and configuration are disclosed herein. In one embodiment, the system and method are configured to receive, by a first wireless communication device from a wireless communication node, configuration information of a sidelink medium access control (MAC) control element (CE). The system and method are also configured to transmit, by the first wireless communication device according to the configuration information, the sidelink MAC CE to a second wireless communication device.

System and method for reference signaling design and configuration

This disclosure relates to methods and devices for routing and bearer mapping configuration in an integrated access and backhaul (IAB) network. In one implementation, the method may include detecting, by an IAB entity, a failure in transmitting a packet via an egress link of an original routing path. The method may further include selecting, by the IAB entity, a backhaul adaption protocol routing identifier of a backup routing path for the packet. The method may further include selecting, by the IAB entity, an egress backhaul radio link control channel on an egress link of the backup routing path for transmitting the packet.

Methods and devices for routing and bearer mapping configuration

Provided are a resource request method and device, and the method includes: transmitting low latency traffic information to a network control unit; and receiving resource allocation information formed from resource allocation performed by the network control unit based on the low latency traffic information. Embodiments of the present disclosure provide a computer storage medium.

Resource application and allocation method, UE, network control unit, and storage medium

Provided are an initiation method and apparatus, a reselection method and apparatus, a device, and a storage medium. The initiation method is applied to a first communication node, where the first communication node is in a connected state, an idle state or an inactive state, and includes: receiving relay function configuration information sent by a second communication node; and initiating, according to a comparison result of the relay function configuration information and a first current parameter value, a relay function corresponding to the comparison result, where the first current parameter value includes a measurement value and a traffic priority.

Initiation method and apparatus, reselection method and apparatus, device, and storage medium

This disclosure describes an architecture for supporting MBS sessions in a wireless access network. Each of such MBS sessions is flexibly and dynamically delivered by the access network into one or more Point-To-Point (PTP, or unicast) and Point-To-Multipoint (PTM, or multicast) delivery instances. As such, a subset of the UEs participating in the MBS may be configured to receive the MBS session in a PTP-like manner and quality. The architecture further allows for access network level switching of one or more of the UEs participating in the MBS session between the PTP mode and PTM mode. Such switching are effectuated dynamically without involvement of application layer. The resource allocations and configuration for the PTP and PTM delivery instances may be performed in the access network collaboratively between a central unit (CU) and one or more distributed units (DUs). Such collaborative resource allocation and configuration may be effectuated using a novel architecture for the signaling messages between the CU and the DUs.

Access network signaling and resource allocation for multicast/broadcast sessions

This disclosure relates to methods and devices for sidelink communication between user equipments in a wireless communication network. In one implementation, the method may include receiving an discontinuous reception configuration assistant information. The method may further include determining a discontinuous reception configuration scheme for a sidelink communication between the first user equipment and a second user equipment based on the discontinuous reception configuration assistant information. The method may further include performing a sidelink discontinuous reception of the sidelink communication according to the discontinuous reception configuration scheme.

Method and device for sidelink communication

Provided are a sidelink relay communication method and apparatus, a device, and a medium. The sidelink relay communication method is applied to user equipment (UE)-to-Network relay communication. The method includes the following processes. The relay UE receives a data packet from a source communication device through a first bearer between the source communication device and the relay UE, where the data packet is mapped to the first bearer by the source communication device. The relay UE maps the data packet to a second bearer between the relay UE and a target communication device and transmits the data packet to the target communication device, where either the source communication device comprises a remote UE and the target communication device comprises a base station or the source communication device comprises a base station and the target communication device comprises a remote UE.

Sidelink relay communication method and apparatus, device and medium

Provided are a user equipment (UE) information reporting method and apparatus, an internet of vehicles resource configuration method and apparatus, and a storage medium. The reporting method includes the following steps: a first UE acquires identification information of a second UE; and the first UE sends identification information of the second UE before an adjustment and identification information of the second UE after the adjustment to a network element device on a network side to report UE information.

UE information reporting method, internet of vehicles resource configuration method, and apparatuses

Methods, systems, and devices related to digital wireless communication, and more specifically, to techniques related to transmitting sidelink capability and security information between peer terminals. In one exemplary aspect, a method for wireless communication includes transmitting, by the first terminal, capability information associated with the first terminal to the second terminal based on a triggering event, the capability information associated with the first terminal relating to a capability of the first terminal to directly communicate with a second terminal. In another exemplary aspect, a method for wireless communication includes receiving information associated with a first terminal from the first terminal, the capability information associated with the first terminal relating to a capability of the first terminal to directly communicate with the second terminal. The method also includes determining transmission parameters for unicast communication with the first terminal.

Sidelink capability information transmission and security between peer terminals

Disclosed is a power determination method, including: a first communication node determines power information according to at least one of signaling information and an agreed rule, where the power information includes at least one of: first-type power information associated with a first-type channel or signal, second-type power information associated with a second-type channel or signal, or third-type power information associated with the first-type channel or signal; where an acquisition parameter of the first-type power information comprises the second-type power information, and an acquisition parameter of the third-type power information do not comprise the second-type power information; and where the first-type channel or signal is a channel or a signal between the first communication node and a second communication node, and the second-type channel or signal is a channel or a signal between the first communication node and one or more third communication nodes.

Power determination and signal transmission methods, apparatus, network device and storage medium

Provided in the present disclosure are a method and apparatus for transmitting information. The method includes the following operations. A terminal simultaneously performs an NR sidelink service and an LTE sidelink service, and transmits auxiliary information to a base station. The base station can generate resource related information according to the auxiliary information, so as to instruct the terminal to prevent interference between the sidelink services of two systems.

Method and apparatus for transmitting information

This disclosure relates to methods and devices for allocating resources for sidelink transmission between communication terminals in a wireless communication network. In one implementation, the method may include acquiring a first configuration message with respect to allocating sidelink resources for sidelink transmission between user equipments. The method may further include determining to serve as an anchor user equipment based on the first configuration message. The anchor user equipment may represent a type of user equipment assisting to allocate sidelink resources for other use equipments. The method further include transmitting, to a second user equipment, a resource allocation message with respect to allocating sidelink resources for the second user equipment.

Method and device for allocating resources for sidelink transmission

A method and a system for recognizing a two-dimensional (2D) movement track based on a smart watch is provided. The method comprises: acquiring accelerometer signal data and gyroscope signal data of the smart watch; estimating a tilt angle of the smart watch by using the accelerometer signal data and correcting the gyroscope signal data by using the tilt angle; and calculating angle value information of the smart watch by using the corrected gyroscope signal data and estimating a coordinate point. According to the present application, the movement track of the smart watch can be accurately estimated by using the accelerometer and the gyroscope built in the smart watch.

Method and system for recognizing 2D movement track based on smart watch

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Shenzhen, China

Lin Chen