International Business Machines Corporation

Dell Products Inc.

Huawei Technologies Co., Limited

Emc IP Holding Company LLC

Other

Dalian University of Technology

Chinese Academy of Sciences

General Electric Company

Boe Technology Group Co., Ltd.

Globalfoundries Inc.

Tencent Technology (shenzhen) Company Limited

Conopco, Inc.

Hefei Boe Optoelectronics Technology Co., Ltd.

State Grid Corporation of China

Beijing Qihoo Technology Company Limited

Wei Shan Dong

Peng Gao

Chun Ma

Chang Li

Ning Duan

Xin Zhang

Zhi Hu Wang

Chao Zhang

Wei Sun

Jian Ding

Haifang Zhai

Yu Wang

Li Li

Yu Ying Wang

Guo Qiang Hu

Jun Chi Yan

Junchi Yan

Su Liu

Arun Hampapur

Hongfei Li

Xu Liang Li

Yujie Zhou

Xuan Liu

Yang Zhao

Yue Chen

Yu Sun

Jayant R Kalagnanam

Zhi Jun Wang

Min Li

Shi Lei Zhang

Ju Wei Shi

Jian Wang

Jian Li

Jun Zhou

Lei Liu

Wei Zhao

Kai Yang

Kai Lin Li

Min Gong

Lu Gan

Chunhua Tian

Ting Yuan

Shi Kun Li

Ren Jie Yao

Xizhi Cui

Xiaoping Wu

Jeffrey Alan Calcaterra

Sheng Zhu

Qing Chang

Jing Shi

Wenyu Wang

Renjie Yao

Guofeng Han

Guoqiang Hu

Haibin Yu

Cheng Chen

Xiaoming Wang

Zhong Bo Jiang

Wen Han Luo

Shilpa N Mahatma

Heng Cao

Songhua Xing

Lexing Xie

Ke Hu

Andrew J Davenport

Frank D Fenhagen, Iv

Fei Jiao

Yao Liang Chen

Garen Kouyoumjian

Chao Xue

Kai Qian

Howard Neil Anglin

Huan Liu

Ying Nan Li

Shi Wan Zhao

Wen Ji Huang

Baohua Wang

Hao Zhu

Andrew Gordon Wallace

Yunyan Hu

Hu Wang

Yaxia Yin

Xiaolin Zhang

Yuguo Guo

Yun Jie Qiu

Fang Li

Wen Ting Mo

Xi Sun

Yang Li

Shuai Yang

Xuyuan Xu

Qingfeng Xue

Wen Peng Xiao

Xiaojie Li

Wenjun Zhang

Zhonghua Zhu

Sophie Louise Sladen

Junjun Zhang

In accordance with an embodiment, a first electronic device is configured to communicate with a first ultra-wideband base station via ultra-wideband wireless communication and receive coordinates of the first electronic device that are based on a relative location between the first electronic device and the first ultra-wideband base station. The first electronic device is further configured to display a control window of a second electronic device in response to detecting that the first electronic device is located in a front area of the second electronic device and points to the second electronic device.

First electronic device and method for displaying control window of second electronic device

An online detection device underwater elements includes an LIBS system in a sealing pressure chamber and an external airflow control system. The airflow control system has a gas probe bin and a gas source. An opening is formed at one end of the gas probe bin while the other end and the sealing pressure chamber are hermetically partitioned through a glass window. A laser in the LIES system outputs laser to an underwater object surface to be detected for generating plasma spectra. A spectrometer collects plasma spectra returned along an original optical path. When the device operates in water, the balance gas storage tank produces gas with the same pressure as underwater. A flow model is invoked according to the current water pressure to accurately control the air flow rate to form a stable gas environment in the gas probe, which improves the plasma excitation and collection efficiency.

Online detection device and method for underwater elements based on LIBS technology

A deep learning-based video editing method can allow for automated editing of a video, reducing or eliminating user input, saving time and labor investments, and thereby improving video editing efficiency. Attribute recognition is performed on an object in a target video using a deep learning model. A target object is selected that satisfies an editing requirement of the target video. A plurality of groups of pictures associated with the target object from the target video are obtained using editing. An edited video corresponding to the target video is generated using the plurality of groups of pictures.

Deep learning-based video editing method, related device, and storage medium

A coordinated scheduling method and a related apparatus are disclosed. The embodiments of this application may be applied to multi-frequency ultra-dense networking. The method includes: A base station first determines one or more frequencies corresponding to cells at a capacity layer and one or more frequencies corresponding to cells at a coverage layer. Some cells at the coverage layer are obtained by combining at least two cells having co-channel interference, and cells at the capacity layer are all cells that are not combined. In addition, the base station further obtains network information of the first terminal on at least one carrier set, and optimizes the current network based on the network information.

Coordinated scheduling method and related apparatus

Hydroponic planter

An asymmetric half-bridge flyback circuit-based converter is provided. The converter is configured to convert an alternating current (AC) input at an AC input end into a direct current (DC) within a preset voltage value range. The converter includes a full-bridge rectifier circuit, a half-bridge circuit, a resonant circuit, a transformer, a load output circuit, and a control circuit.

Asymmetric half-bridge flyback circuit-based converter and control method thereof

A method and system obtaining positioning data from an object traveling on a plurality of routes; mapping the data into a plurality of points on a digital map; identifying points that are unmatched to the stored route trajectory; obtaining candidate transition points from the unmatched points; aggregating the candidate transition points by applying a clustering algorithm; selecting a first cluster of points and a plurality of second clusters of points, determining a confidence level that the first cluster of points are transition points indicating a transition between the routes, classifying the first cluster of points as a first plurality of traveling points having a first direction in response to the confidence being below a threshold confidence and automatically adjusting the stored route trajectory to indicate that the first cluster of points are on the route trajectory.

Method and apparatus of data classification for routes in a digitized map

A technique for data reconstruction includes determining a plurality of types of data stored in a storage disk; determining an order in which data reconstruction is to be performed on the plurality of types of data based on corresponding likelihoods that the plurality of types of data are expected to be accessed; and performing the data reconstruction on the plurality of types of data in the determined order. Such a technique can improve system performance during data reconstruction and reduce the access delay.

Method, device, and program product for data rebuilding

An information handling system may include a processor and a scanning agent including a program of instructions embodied in computer-readable media communicatively coupled to the processor, and configured to, asynchronously from input/output operations to a solid state drive communicatively coupled to the processor: scan sequences of logical block addresses corresponding to consecutively occurring input/output operations to the solid state drive; determine logical block addresses that are frequently proximate to each other in the sequences; and communicate information regarding the logical block addresses that are frequently proximate to each other in the sequences to the solid state drive, such that a controller of the solid state drive uses the information to organize data in physical pages of the solid state drive such that at least one physical page includes logical block addresses that are frequently proximate to each other in the sequences.

Systems and methods for asynchronous input/output scanning and aggregation for solid state drive

A method for preparing an ultrathin Li complex includes the steps of preparing an organic transition layer on a substrate in advance, and contacting the substrate having transition layer with molten Li in argon atmosphere with HO&#x2264;0.1 ppm and O&#x2264;0.1 ppm. The molten Li spreads rapidly on the surface of the substrate to form a lithium thin layer. The ultrathin Li layer stores lithium on the current collector beforehand. It can be used as a safe lithium anode to inhibit dendrites.

Ultrathin lithium composite and preparation method and use thereof

Car headrest

A power backup device charging system includes components coupled to a power supply system that is configured to supply power to the components, and a power backup device that is coupled to the components and the power supply system. The power backup device identifies a minimum power requirement for the components and sets a first charging threshold based on the minimum power requirement for the components. The power backup device then sets a second charging threshold that is higher than the first charging threshold and that is lower than a full charge level for the power backup device. In response to a charge level of the power backup device reaching the first charging threshold, the power backup device is charged, and in response to the charge level of the power backup device reaching the second charging threshold, the power backup device is prevented from charging.

Power backup device charging system

An apparatus for efficiently preparing spherical metal powder for 3D printing includes a housing, a crucible and a powder collection area arranged in the housing, wherein a turnplate arranged in the collection area is an inlaid structure. A material having a poor thermal conductivity is selected as the base of the turnplate, and a metal material having a wetting angle less than 90&#xb0; with respect to droplets is selected and embedded into the base to serve as an atomization plane of the turnplate. An air hole is disposed in the turnplate. The spherical metal powder for 3D printing combines electromagnetic force breaking capillary jet flow and centrifugal atomization, which breaks through the traditional metal split mode, and makes the molten metal in a fibrous splitting.

Device and method for high-efficiency preparation of spherical metal powder for 3D printing employing separation into fibers

A multi-storage device lifecycle management system includes a server computing system having a plurality of devices and an operating system engine. The operating system engine identifies an estimated first device remaining lifetime for a first device, identifies an estimated second device remaining lifetime for a second device, and determines whether a difference between the estimated first device remaining lifetime and the estimated second device remaining lifetime is less than an estimated multi-device minimum end-of-lifetime difference. If so, the computing system distributes workload operations between the first device and the second device in order to cause the difference between the estimated first device remaining lifetime and the estimated second device remaining lifetime to be greater than or equal to the estimated multi-device minimum end-of-lifetime difference.

Multi-storage device lifecycle management system

Growing community of inventors

Beijing, China

Wei Shan Dong