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Motion capturing

Motion capturing. Human Body Interaction 22 November 2007. MFRL – the team. Biomechanics Prof. Dr. Adrian Lees Dr. Mark Lake Dr. Gabor Barton Dr. Malcolm Hawken Dr. Jos Vanrenterghem Motor control Behavioural neuroscience. MFRL – the research. Motion capture – Past. Video

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Motion capturing

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  1. Motion capturing Human Body Interaction 22 November 2007

  2. MFRL – the team • Biomechanics • Prof. Dr. Adrian Lees • Dr. Mark Lake • Dr. Gabor Barton • Dr. Malcolm Hawken • Dr. Jos Vanrenterghem • Motor control • Behavioural neuroscience

  3. MFRL – the research

  4. Motion capture – Past Video • Video tape – 2D • 50 Hz • Manual digitization • Off-line • Resolution 0.5 mm • Low cost • High portability (field use possible)

  5. Motion capture – Present 3D marker tracking • Automatic 3D tracking • Up to 1000 Hz • Realtime • Resolution 0.1 mm • Initial High Cost • Low portability (lab only)

  6. Motion capture – Future 3D markerless tracking (example: Stanford University)

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