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Neurophysiology / Digital signal processing / Automatic identification and data capture / Ubiquitous computing / Integrated circuits / Radio-frequency identification / Single-unit recording / Operational amplifier / Digital-to-analog converter / Electronic engineering / Electronics / Technology


NeuralWISP: An Energy-Harvesting Wireless Neural Interface with 1-m Range Jeremy Holleman1 , Dan Yeager1 , Richa Prasad2 , Joshua R. Smith3 , and Brian Otis1 1 2
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Document Date: 2012-09-14 16:56:19


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File Size: 1,45 MB

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City

Seattle / /

Company

National Semiconductor / Intel / /

Facility

Engineering University of Washington / /

IndustryTerm

stored energy / Wireless Neural / interrogator hardware / wireless operation / energy harvesting circuitry / implantable devices / electronics / communication protocol / wireless power source / communications bandwidth / neural recording applications / 3d neuroprosthetic devices / software detector / wireless neural interface / wireless range / software architecture / signal synthesis software / Wireless Identiļ¬cation / energy / /

Organization

University of Washington / Department of Electrical Engineering Department of Computer Science / Medicine and Biology Society / /

Person

R. J. Kier / P. T. Watkins / J. R. Smith / P. S. Powledge / A. P. Sample / R. O. Lovejoy / D. J. Yeager / D. J. Black / F. Solzbacher / B. Greger / /

Position

VP / /

ProvinceOrState

Washington / /

Technology

ADC / RFID communication protocol / integrated circuit / /

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