| Document Date: 2015-05-01 15:47:10
Open Document File Size: 561,56 KBShare Result on Facebook
City Dallas / / Company Semiconductor Research Corporation / Texas Instruments / Xilinx / / / Facility QRS complex / University of Illinois / Coordinated Science Laboratory / / IndustryTerm medical device / adaptive medical processing / energy constraints / healthcare professionals / optimized processing elements / coarse-grained reconfigurable processing elements / data processing / portable medical monitoring devices / embedded medical device / integrated device / online analysis / biomedical signal processing algorithms / online monitoring stage / low energy consumption / real time / online processing window / medical monitoring device / signal processing / desired processing scheme / healthcare / health monitoring devices / biomedical signal processing techniques / online monitoring / hybrid hardware/software approach / last processing stage / beat detection algorithm / personalized portable health monitoring devices / real-time constraints / energy / / MedicalCondition arrhythmia / sudden cardiac death / CHF/pulmonary edema / diverse cardiovascular abnormalities / / Organization North Atlantic Treaty Organization / Gigascale Systems Research Center / ASIC / University of Illinois / Intensive Care Unit / / Person Zhanpeng Jin / Homa Alemzadeh / Zbigniew Kalbarczyk / I. Al Khatib / Zbingniew Kalbarczyk / Ravishankar K. Iyer / / Position Configurable Datapath Configuration Controller / configuration controller / representative / Controller / / ProgrammingLanguage MIMIC / / ProvinceOrState Texas / / Region North Atlantic / / Technology FPGA / ASIC / biomedical signal processing algorithms / Tompkins algorithm / beat detection algorithm / DSP / embedded processor / /
SocialTag |
An Embedded Reconfigurable Architecture for Patient-Specific Multi-Paramater Medical Monitoring Homa Alemzadeh, Zhanpeng Jin, Zbigniew Kalbarczyk, Ravishankar K. Iyer Abstract— A robust medical monitoring device should