My current work develops novel technologies to better sensing human activities including brain, eyes, hands, gait and postures, and cognitive loads, for the purpose of building natural interfaces between humans and machines and health evaluation and monitoring. Application areas include prosthetic control, human-robot interaction, rehabilitation exercise monitoring, surgical simulation and training, and virtual reality.
Research Interest:
Intelligent Human Machine Interaction
Ubiquitous Computing in Healthcare
Human Behavior Recognition
Bio-signal Processing
Eye-tracking and Pupil Diameter
Human Factors