Broadcom Corporation

Huawei Technologies Co., Limited

Datang Mobile Communications Equipment Co., Ltd.

Avago Technologies General IP (Singapore) Pte. Ltd.

Sony Corporation

University of Florida Research Foundation Inc

Nokia Technologies Oy

Boe Technology Group Co., Ltd.

Zte Corporation

Sony Group Corporation

Beijing Boe Optoelectronics Technology Co., Ltd.

Avago Technologies International Sales Pte. Limited

Beijing Baidu Netcom Science Technology Co., Ltd

Petrochina Company Limited

Beijing Roborock Technology Co., Ltd.

Wei Bai

Haiming Wang

Jing Han

Na Wei

Zhongwei Sun

Erlin Zeng

Chunyan Gao

Wei Hong

Xuejuan Gao

Pengfei Sun

Gilles Charbit

Yanping Xing

Tony Ekpenyong

Sha Ma

Lili Zhang

Lei Wan

Zheng Yu

Tero Henttonen

Rajiv K Singh

Jari Jaakko Isokangas

Brian Alexander Martin

Samuli Heikki Turtinen

Deshan Miao

Yang Li

Guanglin Han

Keiichi Kubota

Brij M Moudgil

Xue Dong

Lei Wang

Lixia Xue

Bo Lin

Bingyu Qu

Xin Zhang

Hao Chen

Hao Wang

Li Wang

Tao Li

Haiwei Sun

Yinghui Yu

Hui Yang

Juha Sakari Korhonen

Hui Zhang

Xiaowei Yin

Zhong-Wei Sun

Jiajin He

Tao Yang

Zhifeng Tang

Deepika Singh

Arul Arjunan

Xinying Gao

Kannan Balasundaram

Vijay Krishna

Benjamin L Koopman

Meichan Wen

Anliang Peng

Shuang Tan

Tao Xu

Chen Chi

Zhiyan Wang

Yisuei Liao

Christopher Peter Callender

Zhiyu Yan

Xiaobo Chen

Wei Jun Zhang

Fanwei Meng

Mingyu Zhou

Shiqiang Suo

Lei Zhou

Zechen Yu

Hong Chen

Juho Mikko Oskari Pirskanen

Junwei Zhang

Zhan Shi

David Randall

Jianjun Yi

Feng Bo Jiang

Youcheng Lu

Yizhen Wu

Shubin Li

Wei Jin

Zhiwu Wang

Huashu Li

Zhiyuan Zhong

Zhifei Li

Yanguang Wu

Weisong Cui

Kevin Michael Folta

Yuan Wei

Zhiwei Zheng

Zhiwei Liu

Shuhang Li

Jinsong Dai

Qingli Ma

Zhihui Zhang

Yanqiu Chu

Zesong Fei

Chi Huang

Pu Xu

Xuhe Liu

A transmission control method, a device and a reconfigure intelligent surface are provided. The method in the present disclosure is performed by a reconfigure intelligent surface (RIS), the RIS includes a plurality of RIS atoms and a plurality of connectors, where each of the plurality of connectors is configured to control a connection state of the plurality of RIS atoms around the connector; the method includes: determining a setting parameter of a RIS unit; determining the connection state of the plurality of RIS atoms around the connector according to the setting parameter, and determining the RIS unit according to the connection state; where at least one of the RIS atoms constitutes one RIS unit, the setting parameter includes a center distance between multiple RIS units.

Transmission control method, device and reconfigure intelligent surface

Provided are a storage bag and a combined solar device, relating to the technical field of solar devices. The storage bag is used for storing a bifacial solar panel and includes a first bag body and a second bag body. A first reflective layer is disposed on an inner side of the first bag body. The second bag body is connected to the first bag body. A second reflective layer is disposed on an inner side of the second bag body. In the storage bag, the first reflective layer and the second reflective layer are disposed on the inner side of the first bag body and the inner side of the second bag body respectively, improving the power generation efficiency of the bifacial solar panel and saving the need for a user to carry a separate reflective member, thereby improving the user experience.

Storage bag and combined solar device

Power supply

Handle for solar panels

Solar panel

Energy storage power supply

Disclosed are a data transmission method and apparatus, which are used for realizing low-delay and high-reliability transmission of data in a new radio (NR) system. The method comprises: determining an actual transmission opportunity in a transmission period according to a notification of a network side, and determining a first transmission opportunity on the basis of the actual transmission opportunity, wherein there are T valid transmission opportunities between the first transmission opportunity and a first moment, the valid transmission opportunities include an actual transmission opportunity with an RV of zero, and the first moment is before the end of the transmission period or before the start of a period of a second configuration authorization configuration; when data is ready before the first transmission opportunity and after the second transmission opportunity, starting data transmission at the first transmission opportunity, wherein the second transmission opportunity is the actual transmission opportunity before the first transmission opportunity; and when the data is ready after the first transmission opportunity, starting the data transmission in the next period. Therefore, a valid starting position may be determined according to a received signaling indication.

Data communication method and apparatus

The present application discloses base stations, a method and device for communication between base stations, and a storage medium. The method includes exchanging, by means of an air interface signal, respective states of N time-domain resources of a designated resource with a second base station that uses the designated resource, and N≥1, the designated resource is a resource for communication between base stations, and the N time-domain resources are obtained by means of division on the basis of a time-division multiplexing (TDM) technique.

Base stations, method and device for communication between base stations, and storage medium

Power supply unit

Case for solar panels

Growing community of inventors

Beijing, China

Wei Bai