My primary research interest centers on the coexistence and collaborative innovation between human intelligence and robotic technology, and spans machine learning, computer vision, haptics, and telepresence robotics. Here in ART-Med lab. in SEAS, at the heart of U.S.A., we aim to develop novel and challenging robotic systems for useful and exciting applications.
The current research focuses on the investigation of two main areas. One is the multi-modality in human-robot interaction and assistive robotics, and the other is robot learning and humanized intelligence. In the first area, we study the impact of multi-modal feedback on the aspects of human-robot interaction and its application in assistive scenarios. In another line of research, we focus on computational methodologies of machine learning in the aspect of robotic learning of human behaviors and intelligence.
Project Themes:
for Children with autism spectrum disorder (ASD)
Haptic Biometrics
Emotion detection with Brain-Computer Interface
Lab equipment listed here. Photo of our lab is also coming up soon.
The current research focuses on the investigation of two main areas. One is the multi-modality in human-robot interaction and assistive robotics, and the other is robot learning and humanized intelligence. In the first area, we study the impact of multi-modal feedback on the aspects of human-robot interaction and its application in assistive scenarios. In another line of research, we focus on computational methodologies of machine learning in the aspect of robotic learning of human behaviors and intelligence.
Project Themes:
- Assistive Robotics
for Children with autism spectrum disorder (ASD)
- Haptics
Haptic Biometrics
- Robotic Learning
- Medical Applications
Emotion detection with Brain-Computer Interface
Lab equipment listed here. Photo of our lab is also coming up soon.
