RESEARCH
EXPERIENCE:
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Learning of "air-borne" movement with the help of muscle moment
information
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Age-related Balancing
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Quantitatively determining the relation among sensory inputs, central nervous
system (CNS) control and joint torque by using biomechanical modeling and
artificial neural network (ANN) modeling
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Model of "air-borne" movement
- Model of weightlifting
- Model of diving board
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Soccer kicking
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Golf swing
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Running with leg prosthesis
- Landing of different
movements
- Bicycle
- Martial Arts
- Volleyball
- Trampoline
- Shot Put
- Violin performance
- Dancing (Ballet, Indian dance)
- Musical conducting
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Developed a new measurement for obtaining anthropometrical Data
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Perturbation platform for balancing ability test
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Bidirectional pedaling bicycle
- Device for preventing hip fracture during fall among seniors
- Developed a 3D pressure
distribution platform
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Comfort research on seats and mattress
- Bone and muscle load
during movement
- Shock-absorption in shoes
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The influence of Area-Elastic Surfaces on landing movements
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An anthropometrical research with 100 subjects
- Statistical analysis of
anthropometry of different races and genders
- Built an anthropometrical data bank for individual data estimation from body weight (BW) and body height (BH)
Automobile:
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The influence of micro-climate of different auto-seats on driving concentration.
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The time-dependent tiring process by driving different autos under different
road conditions