MIT Press / Texas Instruments / Analog Devices / Agilent / / /
Event
FDA Phase / /
Facility
University of Washington / Electrical Engineering University of Washington Seattle / Engineering building / /
IndustryTerm
thermoelectric energy / low energy cost / bandwidth product / energy source / clinical applications / system on chip / state-ofthe-art wearable systems / implantable applications / harvested energy / battery-free energy sources / Wireless Electro-encephalography System Fully Powered / wireless protocol / Wireless communications / constrained and uncertain energy environment / energy harvesting / energy-management scheme / external device / wearable device / backscatter communications / healthcare providers / possible applications / drowsy car drivers / medical applications / Wireless Identification / uncertain energy supply / energy / /
MusicGroup
ISM / /
Organization
University of Washington / EPC / National Science Foundation / Department of Computer Science / Medicine and Biology Society / MIT / Computer Science and Engineering Department / Electrical Engineering University of Washington Seattle / E. Circuit Board / Wearable UHF RFID-Based EEG System Artem Dementyev Joshua R. Smith Department / /
Person
J. R. Smith / T. Torfs / V / Washington Seattle / Joshua R. Smith / /
A Wearable UHF RFID-Based EEG System Artem Dementyev Joshua R. Smith Department of Electrical Engineering