Communication System Overview / Rutgers University / /
IndustryTerm
media content / receiver software / similar technology / near-field communications / threshold detection algorithm / software components / touch sensor systems / screen detection algorithm / exhaustive search / software component / user interface technology / law suit / bank accounts / infrared and optical technology / iOS devices / software stack / application-level software / wireless-based techniques / biometric authentication systems / carrier signal / Threshold selection algorithm / Wireless Communication General Terms Design / aggregation algorithm / close-by devices / touch sensor hardware / touchpad input devices / hardware infrastructure / consumer electronic devices / mobile devices / above exhaustive algorithm / iris recognition systems / communication protocols / online phase / normal solution / detection algorithm / handheld devices / typical bit-by-bit decoding solution / high energy cost / wireless tokens / main technology / touchscreen device / point solution / air traffic control systems / /
OperatingSystem
Android / /
Organization
Rutgers University / /
Person
Signal / Jeffrey Walling / Akash Baid / Marco Gruteser / Simon Gao / Touch Amplitude Non-volatilely / Min Distance / Richard Howard / / /
Position
driver / touchscreen controller / Wireless Communication General / screen controller for processing / player / driver / not the raw voltages measurements / touchscreen driver / screen controller / screen driver / /
Distinguishing Users with Capacitive Touch Communication Tam Vu, Akash Baid, Simon Gao, Marco Gruteser, Richard Howard, Janne Lindqvist, Predrag Spasojevic, Jeffrey Walling WINLAB, Rutgers University