Zoran / Paul S. A. / Microsoft / Artificial Intelligence Laboratory / /
Country
United States / / /
Facility
Artificial Intelligence Laboratory Massachusetts Institute of Technology Cambridge / /
IndustryTerm
Glove-based systems / optical motion-capture systems / imaginative applications / scientific applications / animation tools / optical mocap systems / precise real-time capture / database search / unrestrictive and inexpensive hand-tracking device / bare-hand tracking systems / scientific and artistic applications / wearable motion-capture systems / possible applications / pose estimation algorithm / search algorithms / input device / nearest-neighbor search / user-input device / motion-sensing devices / animation using low-degree-of-freedom devices / image-based nearest-neighbor pose estimation algorithm / consumer input device / inference algorithms / incremental lowdispersion sampling algorithm / consumer devices / real-time control / recognition applications / control applications / nearest neighbor algorithm / motion-capture systems / real-time user-input devices / /
Organization
Institute of Technology Cambridge / Massachusetts Institute of Technology / Computer Science and Artificial Intelligence Lab / Pattern Analysis and Machine Intelligence / /
Person
Daniel Keefe / Robert Zeleznik / Jefferson Y. Han / Tovi Grossman / Gary Yngve / Sang-Won Ghyme / Masood Masoodian / David Laidlaw / Daniel Vogel / Ravin Balakrishnan / Michael I. Mandel / Bill Rogers / Michiel van de Panne / Mira Dontcheva / T. Freeman / Erik B. Sudderth / Eugene Fiume / Jessica K. Hodgins / Joseph Laszlo / Daniel Wigdor / S. Willsky / Pushkar Dhawale / James A. Landay / /
Real-Time Hand-Tracking as a User Input Device Robert Y. Wang Computer Science and Artificial Intelligence Laboratory Massachusetts Institute of Technology Cambridge, MA USA [removed]