Davis / Pasadena / Montreal / Paris / Leuven / Portland / Beijing / Dayton / Lincoln / San Jose / /
Company
Nashua / Cambridge University Press / Bio-Inspired Electronics Cytomorphic Electronics / Stochastic Genetic Networks / Body Sensor Networks / Biomimetic / BioInspired Systems / Biomedical Applications / Ultra Low Power Electronics / Sharp Labs / /
Country
Belgium / France / Canada / United Kingdom / China / /
Facility
University of British Columbia / Wright-Patterson Air Force Base / Columbia University / University of California at Davis / California Institute of Technology / /
IndustryTerm
wireless telemetry / Noise-robust systems / large-scale nonlinear dynamical systems / molecular networks / wireless recharging / analog decoding algorithms / energy / subthreshold analog electronics / energy-efficient and low-power neural amplifier / Wireless Noninvasive / tele-monitoring services / neurobiological systems / control systems / lightweight devices / electronics / Wireless Neural Stimulation / biomedical electronics / wireless capabilities / chemical / chronic experimental neuroscience systems / wireless recharging links / analog-digital computing / Energy-harvesting systems / wireless telemetry circuits / /
California Institute of Technology / Cambridge University / University of California / Medicine and Biology Society / MIT / University of British Columbia / Vancouver / Columbia University / New York / /
Person
John Wyatt / Lorenzo Turicchia Postdoctoral Associate Ramez / Michale Fee / Rahul Sarpeshkar / Benjamin Rapoport / Andrew Lewine / Douglas Adams / Lorenzo Turicchia / Daniel Prashanth / Susan Davco / Richard Andersen / L. Fay / V / Scott Arfin / Bruno Do Valle / /
Position
Research Scientist / NEWCAS keynote speaker / Speaker / Professor / /
ProvinceOrState
Ohio / British Columbia / New York / California / /
Chapter 27. Analog VLSI and Biological Systems Analog VLSI and Biological Systems RLE Group Analog VLSI and Biological Systems Group Academic and Research Staff