| Document Date: 2010-01-12 03:53:56
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City San Francisco / Seattle / Pittsburgh / Atlanta / X. Vision / / Company Measurement Specialties Inc. / Neural Systems / Setup We / Wilson / American International Enterprises / Microsoft / / Country United States / / Currency USD / / / Facility Blood Institute / Human-Computer Interaction Institute Carnegie Mellon University / / IndustryTerm acoustic energy / physical input device / brain sensing technologies / capacitive and vision-based systems / machine learning tools / software uses / proof-of-concept applications / exhaustive search / consumer technologies / mobile systems / bio-sensing technology / energy / input device / glove-based input systems / low processing bandwidth / input technology / larger device / external input devices / projection device / prototype applications / mobile devices / alwaysavailable input systems / wearable computing / technique readily portable to embedded processors / everyday computing tasks / amplification systems / mobile device / / Organization National Heart / Lung and Blood Institute / US Federal Reserve / Carnegie Mellon University / / Person Johnny Lee / Sturman / M.I.A. / Morgan Kaufmann / Sarnacki / Hudson / G.E. McFarland / John Lewis / / / Position conventional office chair / D.J. / pilot data collection / Author / chair / / ProgrammingLanguage Java / Onyx / C / / ProvinceOrState Pennsylvania / Georgia / / Technology Information Technology / machine learning / mobile device / ATmega168 processor / mobile devices / biofeedback / MEMS / Java / consumer technologies / thin client / bio-sensing technology / spectroscopy / Data Mining / brain sensing technologies / Entertainment Technologies / input technology / embedding technology / / URL http /
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Skinput: Appropriating the Body as an Input Surface Chris Harrison1,2, Desney Tan2, Dan Morris2 1 Human-Computer Interaction Institute Carnegie Mellon University