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Software / Surface computing / Graphical user interfaces / Multi-touch / Gesture / Electromyography / Touchscreen / Hand / Microsoft Surface / Human–computer interaction / User interface techniques / Input/output


Enhancing Input On and Above the Interactive Surface with Muscle Sensing Hrvoje Benko1, T. Scott Saponas1,2, Dan Morris1, and Desney Tan1 1 2 Microsoft Research
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Document Date: 2009-09-25 17:37:08


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Computer Vision / Seattle / Hoboken / Banff / /

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Kaelbling L.P. / Wilson / Ferro / Inverso S.A. / Microsoft / John Wiley & Sons / /

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United States / /

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USA University of Washington / /

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thin wireless band / multi-touch systems / desktop computing / surface computing / prosthetic devices / tabletop applications / surface systems / tabletop systems / computing / camera-based interactive surface systems / input devices / recognition systems / /

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University of Washington / /

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Singer / Walker / Butler / Author Keywords Surface computing / representative / /

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Alberta / New Jersey / /

Technology

Surface Technology / virtual reality / 3D Graphics / Touch Technology / machine learning / /

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