Shenzhen China Star Optoelectronics Technology Co., Ltd.

Huawei Technologies Co., Limited

Hon Hai Precision Industry Co., Ltd.

Shenzhen University

Nokia Technologies Oy

Tencent Technology (shenzhen) Company Limited

Hong-fu Jin Precision Industry (shenzhen) Co., Ltd.

Fih (hong Kong) Limited

Shenzhen Futaihong Precision Industry Co., Ltd.

Sanechips Technology Co., Ltd.

Sz Dji Technology Co., Ltd.

Huawei Device Co., Ltd.

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

Huawei Digital Power Technologies Co., Ltd.

Hongfujin Precision Electronics (zhengzhou) Co., Ltd.

Dong Li

Fuzheng Yang

Yong Liang Liu

Yu Wei Chen

Lei Li

Ping Chen

Qingpeng Xie

Hua Li

Liang Zhou

Lei Zhang

Xing Liu

Radoje Drmanac

Lei Chen

Jin Zhang

Ping Li

Lei Han

Jian Xu

Yong Tian

Lina Sun

Zhi Feng Cheng

Liang Chen

Li Wei Wang

Hui Fu Jiang

Weiping Liu

Tao Tao

Yan Wang

Hui Li

Wenwei Zhang

Longyu Cao

Yun Zhao

Hua Chao

Yuan Jiang

Yexing Li

Torsten Wildschek

Chang-Fa Sun

Yixu Xu

Han Zhou

Xia Zhao

Lin-Sen Dong

Tong Wang

Xiaodong Sun

Andrei Alexeev

Ming Huang

Xianming Li

Xue-Liang Zhai

Jing-Bin Liang

Hai-Gui Huang

Jianping Wei

Hui Sheng

Renqin Deng

Zhilei Zhao

Jindong Tian

Xi-Song Shuai

Chang Huang

Yong-Zhi Tao

Feng She

Zhuang Xiong

Sheng Ao

Zhirong Liang

Songtai Zhang

Zhongwen Luo

Cheng-ming Huang

Qiaoling Li

Jin-Song Zheng

Xingguo Gao

Chao Dong

Yanjun Hu

Haibo Huang

Dingming Zhang

Li Wang

Enkui Wang

Hongbo Li

Evan Hurowitz

Qiaoyu Wang

Ji-Ke Shan

Junzhou Cai

Tao Liang

Zhao-Meng Xia

Zhen-Chang Tian

Hu Peng

Hang Yang

Ming-Feng Li

Hu Li

Jundong Wang

Qingyi Wang

Yifan Lei

Min Zhang

Feng Ji

Sichen Yan

Zhi-Yong Liu

Ren Liu

Hongyuan Zhang

Wenyue Liu

Tian-Sheng Chen

Guanxi Li

Junsheng Zhu

Yan Su

Cheng-Huan Lei

Yong-Feng Wang

Provided are an orthogonal frequency division multiplexing (OFDM) time domain windowing method and apparatus. The method includes: current OFDM symbol data is parsed according to a configuration task, and an inverse fast fourier transform (IFFT) processing is performed on the current OFDM symbol data to obtain IFFT data; a cyclic prefix (CP) is added to the IFFT data; and a time domain windowing mode of the current OFDM symbol data is determined according to the configuration task, a windowing operation is performed on IFFT data added with the CP according to the determined time domain windowing mode, and IFFT data after performing the windowing operation is output.

OFDM time domain windowing method and apparatus

A 3D shape matching method and a 3D shape matching device based on 3D local feature description using SGHs are provided. In the method, the spherical neighborhood of the feature point is not only divided based on space but also divided based on geometry, the spherical neighborhood of the feature point is not only divided based on the radial direction and the azimuth respectively but also divided based on the elevation, and the spherical neighborhood of the feature point is not only divided based on the deviation angle deviating from the z axis but also divided based on the deviation angle deviating from the x axis. When the deviation angle deviating from the z axis of the spherical neighborhood is divided, the deviation angle is divided more densely where it is closer to the positive direction of the z axis.

3D shape matching method and device based on 3D local feature description using SGHS

Animal bottle

Embodiments of this application provide a voltage conversion circuit, a control method, a DC/DC converter and a device. The voltage conversion circuit includes a failure isolation module, a soft start module, and a voltage conversion module. The voltage conversion module includes an output filter capacitor. Both a first terminal of the failure isolation module and a first terminal of the soft start module are connected to a positive electrode of a first battery, both a second terminal of the failure isolation module and a second terminal of the soft start module are connected to a first terminal of the output filter capacitor, and a second terminal of the output filter capacitor is connected to a negative electrode of the first battery. The soft start module is configured to connect the first battery and the output filter capacitor, so that the first battery charges the output filter capacitor.

Voltage conversion circuit, control method, DC/DC converter, and device

A method for in-X subnetwork includes obtaining, from a third device in a second network, resource configuration supporting communication between a first device and a second device in the first network, the communication including more than one traffic type, wherein the more than one traffic type is for data transmission between the first device and the second device without involving the third device, and a second traffic type of the more than one traffic type is for data transmission between the second device and the third device via the first device; determining, based at least on the resource configuration and the more than one traffic type, at least one resource pool to be used for the communication between the first device and the second device; and transmitting, to the second device, information indicative of the at least one resource pool.

Configuration for in-X subnetworks

Provided are a data merging method and apparatus for physical random access channel (PRACH) data merging, and a storage medium. The method includes the following. A task parameter of Current PRACH data merging is parsed. PRACH data of a to-be-merged antenna is read from a PRACH data cache. PRACH data merging between multiple antennas and/or RACH data merging within a PRACH of a present antenna are performed according to the task parameter. Merged data is output to a shared cache.

Data merging method and apparatus of physical random access channel, and storage medium

An M-BUS receiving circuit () and an M-BUS-based 4G water meter collector. The M-BUS receiving circuit () is disposed between a control unit () and an M-BUS overcurrent protection circuit, and is used for connecting the control unit () and the M-BUS overcurrent protection circuit. The M-BUS receiving circuit () consists of a voltage-stabilizing chip U, Schmitt triggers UB and UC, voltage comparators UA and UB, triodes Qand Q, diodes D, D, D-D, operational amplifiers UA and UB, voltage-stabilizing diodes ZWand ZW, and several resistance-capacitance circuits. The M-BUS receiving circuit () can greatly increase the signal-to-noise ratio, and the reliability and stability thereof are significantly improved. Similarly, the M-BUS-based 4G water meter collector can effectively improve the stability of water meter data collection.

M-BUS receiving circuit and M-BUS-based 4G water meter collector

There is provided an apparatus, said apparatus comprising means for providing first control information using a first control channel and at least second control information using a second control channel, wherein the first control information comprises at least an indication of resource reservation for an associated data channel and the second control information comprises at least transmission format information for the associated data channel, wherein the associated data channel comprises periodic or aperiodic data traffic.

Control channel structure design to support V2X traffic

A communication method and apparatus are provided. A first network element receives a policy creation request from a second network element, wherein a type of a policy requested to be created includes an intent policy or a non-intent policy; and sends a policy processing request to a third network element, wherein the policy processing request includes a policy type identifier, and the policy type identifier indicates that the policy is the intent policy or the non-intent policy. According to the present disclosure, policy execution reliability is improved.

Communication method, apparatus, and system

Animal hair clipper

An electrospun nanofiber membrane and a method for preparing the electrospun nanofiber membrane are provided to solve problems of poor mechanical properties, short service life, poor uniformity and consistency of orientation of fibers and poor stability of fiber networks in current electrospun composite nanofiber materials. The electrospun nanofiber membrane is prepared by spinning solution through a high-voltage electrospinning device. The spinning solution is blending solution of regenerated silk fibroin:polyvinyl alcohol:polylactic acid with a mass ratio being 75-85:10-20:5 dissolved in a mixed solvent of trifluoroacetic acid and dichloromethane with a volume ratio being 7:3. The method establishes a reasonable mass ratio parameter of the regenerated silk fibroin, the polyvinyl alcohol and the polylactic acid to blending spinning to improve spinnability of silk fibroin, as well as prepare the electrospun composite nanofiber membrane with good mechanical properties.

Electrospun nanofiber membrane and method for preparing electrospun nanofiber membrane

A method and a device for 3D shape matching based on a local reference frame are proposed. After acquiring a 3D point cloud and feature points in the method, the feature point set is projected to a plane, and feature transformation is performed on the projected points by using at least one factor from the distances between the 3D points and the feature points, the distances between the 3D points and the projected points, and the average distances between the 3D points and its 1-ring neighboring points to acquire a point distribution with a larger variance in a certain direction than the projected point set, and the local reference frame is determined based on the transformed point distribution. The 3D local feature descriptor established based on this local reference frame can encode the 3D local surface information more robustly, so as to obtain a better 3D shape matching effect.

Method and device for 3D shape matching based on local reference frame

Dog expelling device

Pulse oximeter

Spectrometry oximeter for adults

Growing community of inventors

Shenzhen, China

Dong Li