Professional Interests

Smart Human-Computer Interaction

  • Eye Movement Features for AI Modeling [23(2022)], [20(2020)]
  • Voice Features for AI Modeling [17(2018)]
  • Camera Image and Video Features for AI Modeling [19(2020)]
  • Mobile Device Features for AI Modeling

Computer-Aided Diagnosis

  • Patient Depression Recognition [22(2022)], [21(2021)]
  • Acute Coronary Syndromes Triage [16(2018)], [14(2018)]
  • Psychopathically Spasmodic Torticollis Measurement [18(2020)]
  • Bites of Venomous Snakes Recognition [07(2013)]

Human-Computer Interaction

  • Hand-Control Movement Modeling and Applications [11(2016)], [09(2015)], [08(2014)], [06(2013)], [05(2013)], [04(2013)], [03(2011)], [02(2011)]
  • Vibrotactile Recognition Measurement [13(2017)], [10(2016)]

Ergonomic Evaluation & Design

  • Human Factors in Patient Safety [12(2017)]
  • Usability Engineering/User Experience [15(2018)]
  • Human Factors in General [01(2006)]

Undergraduate Courses:

  • Human Factors Ⅰ* (currently taught)
  • Human Factors Ⅱ
  • Work Study* (currently taught)
  • User Experience

Graduate Courses:

  • Usability Engineering* (currently taught)
  • Human-Computer Interaction (Man-Machine System)
  • Cognitive Engineering
  • Human Factors Research Methodology & Practice
  • Organizational Ergonomics (Macroergonomics or Sociotechnical System)
  • Application of Human Factors in Health Care & Patient Safety