- Assistive Technology for Communication and Control
- Neuro Rehabilitation for Stroke
- Attention Training and Attention Deficit Hyperactivity Disorder(ADHD) Treatment
- Other Medical and Cognitive Applications
To enable severely paralyzed people to communicate and interact with the outside world by using a direct brain-computer interface. We focus on systems for communication (speller) and control (wheelchair control), wireless dry EEG, and neural signal decoding, in the framework of non-invasive and invasive BCI.
To provide stroke patients with new rehabilitation systems based on BCI, which guide the patients throughout the rehabilitation training. We focus on the multimodal stroke rehab (ie. to combine BCI with robotics, Virtual Reality(VR), Functional Electrical Stimulation(FES), Transcranial direct current stimulation(tDCS), etc) for upper limb and swallowing rehab, and portable rehabilitation systems.
To provide training and treatment tools for children with ADHD, and systems for human performance measurement and cognitive training.
To provide methods and systems for epilepsy detection, emotion detection, sleep apnea monitoring and neural informatics (eg, for neural critical care units).