From brain-in-the-loop to brain-out-of-the-loop
We proposed a brain-machine fusion approach to achieve the brain-in-the-loop modeling and brain-out-of-the-loop application.
Boosting brain-computer interface performance through cognitive training: a brain-centric approach
We developed digital visual-motor systems and algorithms to autonomously evaluate developmental coordination disorder (DCD) and delve into associated pathologies.
We developed deep learning methods to automatically discover action segments from the untrimmed videos.
We developed deep learning methods for quantitative muscle atrophy evaluation using ultrasound images.
