| D. A. Becker. Sensei: A real-time recognition, feedback and training system for t'ai chi gestures. Master's thesis, MIT Media Lab Perceptual Computer Section, 1997. |
....1 shows the system. A standard dual processor 300 MHz Pentium II PC is used with a Sony DS 250 digital video camera. 2 Related Work Research in motion based recognition has greatly increased in recent years (see [10] for a recent survey) We will describe the most relevant work below. Becker [6] developed a real time system to recognize five basic T ai Chi gestures. The hands and face are tracked using a stereo camera system that tracks skin blobs [3] The 3D velocity of the hands is used as input to a Hidden Markov Model (HMM) based system. While users can perform each gesture with a ....
D. A. Becker. Sensei: A real-time recognition, feedback and training system for T'ai Chi gestures. Master's thesis, MIT Media Lab Perceptual Computer Section, 1997.
....world Figure 1 shows the system. A standard 266 MHz Pentium II PC is used with a Sony DS 250 digital video camera. 2 Related Work Research in motion based recognition has greatly increased in recent years (see [9] for a recent survey) We will describe the most relevant work below. Becker [6] developed a real time system to recognize five basic T ai Chi gestures. The hands and face are tracked using a stereo camera system that tracks skin blobs [3] The 3D velocity of the hands are used as input to a Hidden Markov Model (HMM) based system. While users can perform each gesture with a ....
D. A. Becker. Sensei: A real-time recognition, feedback and training system for t'ai chi gestures. Master's thesis, MIT Media Lab Perceptual Computer Section, 1997.
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