Back to Results
First PageMeta Content
Field-programmable gate array / Embedded system / Medical monitor / Fault detection and isolation / Electrocardiography / MIPS architecture / Medicine / Medical equipment / Medical informatics


Microsoft Word - Pervasive_Helath_2015_P83
Add to Reading List

Document Date: 2015-05-01 15:47:11

Open Document

File Size: 661,54 KB

Share Result on Facebook

City

Adaptive threshold / /

Company

Air Force Research Laboratory / Synopsys / Qualcomm / Xilinx / FPGA / /

Country

United States / /

/

Event

Product Issues / /

Facility

American College of Cardiology / Open Cell Library / University of Illinois / Air Force Research Laboratory / /

IndustryTerm

signal peak detection algorithms / sensor fusion algorithms / nm technology / signal fusion algorithm / low energy / heart rate monitoring algorithms / hierarchical memory systems / backward search radius / onset detection algorithms / embedded applications / onset detection algorithm / biomedical applications / lightweight processor / threshold-based peak detection algorithm / local search / monitoring applications / low energy consumption / real time / embedded medical monitoring devices / peak detection algorithms / signal processing / lower energy / biomedical signal processing / real-time heart rate / real-time estimation / peak detection algorithm / energy / real-time heart rate monitoring / multiprocessor system-on-chip / backward search / heart rate estimation algorithm / final product / potential applications / energy consumption / explored different hardware technologies / software implementation / tight energy / real-time biomedical monitoring / real-time processing / heart estimation algorithm / embedded processors / tools / energy efficiency / detection algorithm / wearable monitoring devices / signal processing algorithms / complicated processing pipelines / wearable devices / wearable device / peak detection using energy analysis technique / on-chip / technology library / open-source algorithm / optimized peak detection algorithm / /

OperatingSystem

Android / /

Organization

FPGA / National Science Foundation / Medicine and Biology Society / Department of Energy / ASIC / University of Illinois / the American College / Air Force office of Scientific Research / Detection and Recovery Unit / /

Person

Jenny Applequist / Homa Alemzadeh / I. Al Khatib / /

Position

lightweight MIPS controller / MIPS Controller The MIPS controller / state machine controller / physician / memory arbiter / MIPS controller / hard-wired controller / /

Product

Analyzer2 Processing / CrashTest / Analyzer / Nexus 7 / GHz Nexus 7 / Transient Fault Injection / MHz Transient Fault Injection / FU / heart rate estimation / /

ProgrammingLanguage

MIMIC / C / /

Technology

FPGA / RAM / real-time QRS detection algorithm / multiprocessor system-on-chip / ABP onset detection algorithm / peak detection algorithm / HEART RATE ESTIMATION ALGORITHM / Pan Tompkins QRS detection algorithm / optimized peak detection algorithm / FPGA system / SRAM / Pan Tompkins algorithm / Android / shared memory / MRI / threshold-based peak detection algorithm / heart rate monitoring algorithms / two algorithms / signal fusion algorithm / hardware technologies / ASIC / peak detection algorithms / signal peak detection algorithms / monitoring algorithms / ECG peak detection algorithms / signal processing algorithms / proposed algorithm / same heart rate estimation algorithm / lightweight processor / Krait processor / open-source algorithm / 32 nm technology / sensor fusion algorithms / heart estimation algorithm / ABP onset detection algorithms / simulation / same algorithm / DSP / Tompkins QRS detection algorithm / detection algorithm / /

URL

http /

SocialTag