Panasonic / GNU Radio / Pbackscatter Ae / RFID / Implantable Body Sensor Networks / IEEE Journal / Intel / /
Currency
pence / / /
Event
FDA Phase / /
Facility
Computer Science Engineering University of Washington Seattle / /
IndustryTerm
semiconductor technology / addressable real-time battery free wireless microphone / technology scales / powered digital backscatter systems / battery free wireless sensing / typical analog backscatter systems / signal processing favor digital backscatter / sampling rate applications / supply chain management / wireless monitoring / real time / reader infrastructure / access systems / typical sensing applications / speech recognition software / antenna network / Wireless Sensing / Battery free wireless detection / wireless id tags / low response rate sensing applications / analog backscatter systems / software-radio / energy / metal back place changes / Wireless Sensors / fixed duty cycle digital backscatter systems / fixed metal back plate / signal processing blocks / wireless sensing platforms / typical applications / pervasive computing applications / digital backscatter systems / electronics / sufficient energy / computing / http /
MusicGroup
UHF / /
NaturalFeature
RF channel / /
OperatingSystem
GNU / /
Organization
National Science Foundation / Computer Science Engineering University of Washington Seattle / Materials Research Society / EPC / Federal Communications Commission / Battery-Free Sensing Vamsi Talla and Joshua R. Smith Department of Electrical Engineering Department / Center for Pervasive Computing / /
Person
S. Roy / V / Joshua R. Smith / Washington Seattle / /
Hybrid Analog-Digital Backscatter: A New Approach for Battery-Free Sensing Vamsi Talla and Joshua R. Smith Department of Electrical Engineering Department of Computer Science Engineering University of Washington