Analog Devices / Biometric Fingerprint Systems / /
Facility
Society Dartmouth College / Dartmouth College / Medicine Institute / /
IndustryTerm
wearable systems / wearable sensing systems / Wireless connectivity / wear devices / in vivo human applications / wrist device / entertainment systems / personal health sensing systems / ionic solutions / insurance / given device / dot product / health-monitoring device / entertainment devices / recognition algorithm / fundamental problem involving wearable devices / real wearable device / healthcare / breast imaging / health applications / pervasive applications / energy / mobile applications / secure communications / mobile health applications / body-area network / unobtrusive wearable devices / climatecontrol systems / social-networking service / electronics / wearable pervasive computing / serial communication protocol / computing / wearable sensing applications / wearable devices / wearable device / enrollment algorithm / pervasive devices / /
Organization
Geisel School of Medicine Institute for Security / Institutional Review Board / National Science Foundation / Thayer School of Engineering / Dartmouth College / Department of Computer Science / Institute for Security / Department of Health and Human Services / /
Person
Ronald Peterson / David Kotz / Jacob Sorber / Cory Cornelius / Log Resistance (Ohms) / Rianna Starheim / Joe Skinner / Ryan Halter / /
Position
physician / representative / /
Product
iPhone / /
PublishedMedium
Physics in Medicine and Biology / /
Technology
broadband / enrollment algorithm / USB-based serial communication protocol / smartphone / laptop computer / pdf / encryption / cellular telephone / tomography system / dielectric / Mobile Computing / spectroscopy / http / recognition algorithm / /
Who wears me? Bioimpedance as a passive biometric Cory Cornelius∗ , Jacob Sorber∗ , Ronald Peterson∗ , Joe Skinner†, Ryan Halter†§, David Kotz∗ ∗ Department of Computer Science † Thayer School of Enginee