Professional Interests |
- Research Interests
- Teaching Interests
Recognizing Human State |
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1. Study and Design Eye-Movement Features for AI Modeling |
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2. Study and Design Voice Features for AI Modeling |
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3. Study and Design Image Features for AI Modeling |
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4. Study and Design Mobile Device Features for AI Modeling |
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Computer-Assisted Medical Decision Making |
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1. Patient Depression Recognition |
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2. Acute Coronary Syndromes Triage |
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3. Psychopathically Spasmodic Torticollis Measurement |
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4. Bites of Venomous Snakes Recognition |
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Human-Computer Interaction |
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1. Hand-Control Movement Modeling and Applications |
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[11(2016)], [09(2015)], [08(2014)], [06(2013)], [05(2013)], [04(2013)], [03(2011)], [02(2011)] |
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2. Vibrotactile Recognition Measurement |
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Ergonomic Evaluation & Design |
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1. Human Factors in Patient Safety |
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2. Usability Engineering/User Experience |
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3. Human Factors in General |
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Undergraduate Courses: |
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1. Human Factors Ⅰ* |
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2. Human Factors Ⅱ |
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3. Work Study* |
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4. User Experience |
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Graduate Courses: |
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1. Usability Engineering* |
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2. Human-Computer Interaction (Man-Machine System) |
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3. Cognitive Engineering |
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4. Human Factors Research Methodology & Practice |
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5. Organizational Ergonomics (Macroergonomics or Sociotechnical System) |
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6. Application of Human Factors in Health Care & Patient Safety |
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* indicate the courses that have currently been taught |
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