Buffalo / Montreal / Cancun / Thuckalay / Marrakech / Shanghai / Chiang Mai / New York / Beijing / Los Angeles / Park City / Learning / London / /
Company
Neptune Design Automation / Wireless Mobile Networks / Magma / State Key Laboratory / Wearable Body Sensor Networks / S. Khorsandi S. P. / ECG / IEEE Body Sensor Networks / Advanced Optical Communication Systems / UCLA/Peking University Joint Research Institute / Xilinx / Zhongxing Telecommunication Equipment Corporation / VLSI CAD Laboratory / Aplus Design Technologies / Synopsys / Microsoft / AutoESL Design Technologies / /
Country
Thailand / Canada / United Kingdom / China / India / Mexico / United States / Morocco / /
Currency
USD / / /
Event
M&A / Reorganization / /
Facility
UCLA Wireless Health Institute / Peking University hospital / University of Illinois / VLSI CAD Laboratory / Joint Research Institute of PKU / University of Waterloo / Terminal Devices / University of California / Pfluegers Arch / University of California at Los Angeles / PKU-UCLA Joint Research Institute / State University of New York / State Key Laboratory of Advanced Optical Communication Systems / Peking University / University of Electronic Science / /
IndustryTerm
online requirement / system light-loading technology / real-time monitoring service / real-time wireless / wireless transmission reliability / portable devices / search engine technologies / continuous services / publications/goe_mhealth_web.pdf / optical network / real time / circuit design technologies / system integration technology / wireless communications / vulnerable wireless communications / online health-monitoring services / health applications / mobile computing / related enabling technologies / real-time health-risk monitoring applications / public health-risk alert applications / mHealth applications / data processing / Wireless Health Conference / image processing / early-warning services / medical tools / terminal devices / wireless measurements / consumer electronic devices / real-time alert purposes / technology solution / detection algorithm / computing / nano-systems / detection algorithms / responsive health systems / wireless transmission / terminal device / optical networks / technology transfer / mobile networking technologies / light-loading solution / online service stability / wireless bandwidth / time computing complexity / wireless network / wireless resources / data mining / mobile broadband applications / terminal services / transmission protocols / programmable systems / healthcare / high computing complexity / Internet-based system / telemedicine applications / mobile health-monitoring applications / system lightloading technology / wireless radio channel / Wireless Commun / web-service-oriented architecture / online risk-monitoring systems / online risk alert / real-time risk monitoring / optical waveguide technology / similar real-time wireless medical systems / web search / mining / embedded computing / light-loading technology / online mode / healthcare application / /
University of California / World Health Organization / Peking University in China / State Key Lab of Advanced Optical Communication Systems and Networks / Department of Computer Science and Engineering / Computer Science Department / School of Electronic Engineering / ASIC / Wireless Communications Lab / Ministry of Chinese Public Health / UCLA Wireless Health Institute / UCLA Computer Science Department / Department of Electrical Engineering / Center for DomainSpecific Computing / University of Electronic Science and Technology of China / Chengdu / Joint Research Institute of PKU / Cornell / Northwestern University / PKU-UCLA Joint Research Institute / University of Waterloo / Mobile Health Lab / Peking University / Beijing / State University of New York / General Packet Radio Service / University of Illinois / OKAWA Foundation / University of California / Davis / Department of Computer Science / University of California / Los Angeles / /
Person
Jason Cong / H. Li / A. Richard Newton / Anpeng Huang / Majid Sarrafzadeh / Wenyao Xu / /
Position
candidate data unthe / Cofounder / founder / Engineer / Major Projects / Professor / Postdoctoral Researcher / co-director / distinguished visiting professor / director / Assistant Professor / chair / Cao / /
Product
CARE system / Wearable Efficient teleCARdiology systEm / /
ProgrammingLanguage
XML / K / /
ProvinceOrState
Quebec / New York / California / Illinois / /
Technology
SOA / FPGA / circuit design technologies / XML / real-time QRS detection algorithm / 3-D / Purification algorithm / MEP algorithm / mobile networking technologies / related enabling technologies / detection algorithms / html / transmission protocols / Mobile devices / system light-loading technology / light-loading technology / system lightloading technology / 2014 1581 System Light-Loading Technology / broadband / optical waveguide technology / wireless communications / smart phones / image processing / Technology of China / Locally Linear Embedding algorithm / proposed MEP algorithm / telemedicine / ASIC / search engine technologies / system integration technology / ID3 algorithms / mobile computing / data mining / simulation / Digital Object Identifier / CVD / integrated circuit / /
IEEE JOURNAL OF BIOMEDICAL AND HEALTH INFORMATICS, VOL. 18, NO. 5, SEPTEMBER[removed]System Light-Loading Technology for mHealth: Manifold-Learning-Based Medical Data Cleansing