Huawei Technologies Co., Limited

Open Text Corporation

Emc IP Holding Company LLC

Koninklijke Philips Corporation N.v.

Intel Corporation

Chinese Academy of Sciences

Alibaba Group Holding Limited

Advanced New Technologies Co., Ltd.

Delta Electronics (Shanghai) Co., Ltd

Gm Global Technolgoy Operations, Inc.

3M Innovative Properties Company

Delta Electronics, Inc.

Siemens Healthineers Ag

Sonicwall Inc.

Fudan University

Wei Zhou

Wei Ruan

Chen Xiao Wang

Pengcheng Tang

Yan Wang

Ling Ma

Long Zhang

Zhongping Chen

Weiqiang Zhang

Yicong Xie

Changhua He

Junliang Wang

Siddaram Siddanna Bali

Hui Ni

Chen Wang

Dawei Ma

Honglin Li

Yufang Xu

Zhenjiang Zhao

Maarten Leonardus Christian Brand

Xiaoqing Liu

Mei Cai

Kun Li

Lei Zhang

Jianqin Liu

Feng Chen

Wei Lu

Jin Wang

Yong Wu

Yi Chen

Wei Cui

Hua Bai

Anne M Dailly

Vinod Sharma

Xu Wang

Michael Edward Colbaugh

Xin Xu

Malini Krishnan Bhandaru

Cheng Luo

Qing Xu

Pei Zhou

Chao Sun

Quanhai Liu

Lin Lan

Yaming Wang

Yuhang Zhao

Yang Wang

Muhua Chen

Wen Zhou

Jason Muhua Chen

Russell George Teglas

Vinodh Nama Vasudeva

Jason Muhu Chen

Hongding Zhang

Zheng Ren

Mengyang Fan

Haibo Wu

Junli Yin

Huimin Chen

Jiachen Li

Yamin Cao

Shaojian Hu

Zed Minhong Zhou

Yuanyuan Wang

Qing Wu

Quanliang Zhang

Xia Wang

Ao Guo

Qinglin Sai

Shoumian Chen

Yi Tian

Chung-Yang Lin

Kebing Wang

Zhaojuan Bian

Peng Ma

Zhuo Chen

Deheng Sun

Zhou Jin

Miao Mao

Dong Tang

Xiaofeng Liu

Hongzhuang Yang

Hongji Qi

Deming Sun

Zheng Guan

Jianguo Yao

Zhuo Fan Chen

Dingmeng Xue

Qinghua Chi

Xi Jiang

Kai Zheng

Konstantinos Pentikousis

Jieqiong Dong

Jing Rong

James Garsteck

Uma Maheswara Rao Gangumalla

Yuntong Zhai

Niraj Rai

The present disclosure is directed to enhancing a lumen display in a CT sectional image of a blood vessel. The CT sectional image may be displayed with a first window level. An average CT value of lumen sections near the heart may be obtained, and a highest CT value of a section of a current blood vessel may also be obtained. A window level may be determined based on the average CT value and the highest CT value. At least a part of the section of the current blood vessel may then be displayed with the window level. The techniques allow for a window level to be preset to enhance lumen display and to improve the consistency of delineating the lumen contour, thereby avoiding deviations caused by subjective selection while saving time and improving patient flow.

Method and apparatus for enhancing lumen display in CT sectional image of blood vessel, and CT system

An example autonomous driving control method is provided, including determining a current driving preference mode from a plurality of driving preference modes. A current environment risk level can be determined from a plurality of environment risk levels A current group of driving parameter values can be selected from a plurality of preset groups of driving parameter values based on the current driving preference mode and the current environment risk level, where the current group of driving parameter values corresponds to the current driving preference mode and the current environment risk level Each of the plurality of preset groups of driving parameter values can include at least one driving parameter value, and each preset group of driving parameter values can correspond to a driving preference mode of the plurality of driving preference modes and an environment risk level of the plurality of environment risk levels.

Autonomous driving control method and apparatus

Vehicle sensor data processing methods, apparatuses and system are provided. In an example method, some sensors are configured to output sensed raw data, and other sensors are configured to output target information determined based on sensed raw data. A fusion component performs data fusion after receiving the raw data and the target information from the sensors, to determine target information.

Vehicle sensor data processing method and system

Methods and apparatus consistent with the present disclosure may be used in environments where multiple different virtual sets of program instructions are executed by shared computing resources. These methods may allow actions associated with a first set of virtual software to be paused to allow a second set of virtual software to be executed by the shared computing resources. In certain instances, methods and apparatus consistent with the present disclosure may manage the operation of one or more sets of virtual software at a point in time. Apparatus consistent with the present disclosure may include a memory and one or more processors that execute instructions out of the memory. At certain points in time, a processors of a computing system may pause a virtual process while allowing instructions associated with another virtual process to be executed.

Adaptive CPU usage mechanism for networking system in a virtual environment

This application provides a road structure detection method and apparatus. The method includes: determining boundary information of a host lane and boundary information of an adjacent lane, and determining road structure information based on the boundary information of the host lane and the boundary information of the adjacent lane. The boundary information of the host lane is used to represent a location of a boundary of the current lane. The boundary information of the adjacent lane is used to represent a location of a boundary of the adjacent lane. The boundary information includes lane line information and/or location information of a lane boundary. The road structure information includes location information of a merge point (A) of the host lane and the adjacent lane and/or a split point (B) of the host lane and the adjacent lane.

Road structure detection method and apparatus

The disclosure provides methods and apparatuses for determining a height of a road target in a driving process. One example method includes determining a target object on a road, and determining a height threshold of the road based on the target object, to obtain a maximum allowed height of the road.

Height determining method and apparatus

A map update data processing apparatus and method are provided. The method includes: obtaining first information from at least one vehicle terminal in a time window; determining, based on the first information and second information in a map, first change information of the second information and precision information and/or confidence information of the first change information, wherein the first change information indicates a difference between the first information and the second information; and finally, sending the first change information of the second information and the precision information and/or the confidence information to a first vehicle terminal.

Map update data processing method, apparatus, and system

Responsive to a request to access heterogeneous repositories, a REST server queries a resource registry to find resources that match mapping information contained in the request. The resource registry returns resource registry tables containing the matching resources. The resource registry tables implement a unified data structure of a resource registry model and are generated at runtime by the resource registry mapping REST service configuration parameters to the fields of the unified data structure. The REST service configuration parameters are added to an extension SDK for REST extension developers to enhance REST service configuration for extension applications. The REST service configuration parameters are configured at implementation time and loaded/scanned into the REST server at runtime. The REST server iteratively evaluates the resource registry tables until all the matching resources have been evaluated. The evaluation result is used to determine whether to reject, accept, or redirect the request from the client device.

Systems and methods for building and providing polymorphic rest services for heterogeneous repositories

A road information detection method is applied to automatic driving or intelligent driving and includes receiving a front-looking image from at least one front-looking camera apparatus; receiving a rear-looking image from at least one rear-looking camera apparatus; obtaining front-looking lane line information based on the front-looking image; obtaining rear-looking lane line information based on the rear-looking image; and obtaining target lane line information based on the front-looking lane line information and the rear-looking lane line information.

Road information detection method and apparatus

Embodiments of this application generally disclose a communication method and apparatus. The method is applied to an intelligent device, and the intelligent device includes a plurality of sensors. The method includes determining N target sensors from a plurality of sensors, where N is an integer greater than 1. The method also includes, correcting to respective second moments of the N target sensors to a first moment of a first clock. According to embodiments of this application, time of different sensors in the intelligent device can be synchronized, to improve an accuracy for a fusion of data collected by the different sensors.

Communication method and apparatus

A tractor, including a frame, a power wheel and a connecting assembly. The power wheel is rotatably arranged on a bottom of the frame. The connecting assembly is arranged on the frame and is configured to be attached to a goods carrier. The power wheel is rotatable relative to the frame to drive the frame to move, so as to drive the goods carrier to move synchronously through the connecting assembly. The connecting assembly is configured to move back and forth along a first direction relative to the frame to render a relative position between the goods carrier and the frame adjustable along the first direction. The first direction is a travelling direction of the tractor.

Tractor

A device and method for field in-situ multi-plot synchronous monitoring of greenhouse gas fluxes, wherein a transparent plexiglass chamber is fixed to a stainless steel base, and the plexiglass chamber is provided with two movable square plexiglass plates; the square plexiglass plates are connected to the plexiglass chamber through push rods, and the push rods are configured to close or open the square plexiglass plates, so to seal or communicate the plexiglass chamber; sampling tubes are arranged on side walls of the plexiglass chamber; one ends of sampling pumps are connected to the sampling tubes; one end of each sucking pump is connected to each sampling tube through a solenoid valve, and the other end of each sucking pump is connected to a gas analyzer through a switch; and the gas analyzer is connected to a computer host, configured to measure concentration data of gas in the sampling tubes.

Device and method for field in-situ multi-plot synchronous monitoring of greenhouse gas fluxes

Electric tractor

Growing community of inventors

Shanghai, China

Wei Zhou