Research on Neuro Machine Interface Technology for Rehabilitation of Motor Sensory Dysfunction:

(1) Rehabilitation of motor dysfunction: 

Motion intention recognition based on multimodal physiological information,

 muscle/brain controlled rehabilitation robots, 

virtual reality human-machine interaction methods

(2) Rehabilitation of sensory dysfunction: 

acquisition of pain physiological information,

intelligent medical diagnosis

pain neural regulation

100 doctoral postdoctoral innovative figures in Guangdong Province, 

core members of the Shenzhen Peacock High Level Talent Team, 

overseas high-level talents of the "Peacock Plan", 

"Navigation Talents" in Nanshan District, 

IEEE members, 

members of the Biomedical Sensing Technology Branch of the Chinese Biomedical Engineering Society

Youth Vice Chairman of the Rehabilitation Engineering Branch of the Chinese Biomedical Engineering Society, 

member of the Brain Function Testing and Regulation Rehabilitation Branch of the Guangdong Rehabilitation Medical Association

 I have published more than 30 SCI/EI papers in IEEE Transactions 

on Neural Systems and Rehabilitation Engineering, IEEE Transactions 

on Biomedical Engineering, Spine, and others.

I have applied for or authorized 5 invention patents, 

and have undertaken national key research and development program projects, 

National Natural Science Foundation Youth Fund, 

Guangdong Provincial Natural Science Foundation general projects, 

Shenzhen Basic Research Foundation  projects. 

I have undertaken multiple important conference organization tasks, 

such as the local organization chairman of IEEE CIVEMSA2021 and the branch chairman of ISCIIA2020.

现指导学生

窦铭扬  硕士研究生  085406-控制工程