BCIs
Real-time BCI-based solutions for people with reduced mobility.
Projects
This is a lst of projects I have developed
Decoding information from non-invasive neural signals from Brain-Computer Interfaces
- Early detection of movement intention
- Using AI model to decode movement from EEG
Decoding cognitive states from physiological signals in daily live activities
- In-vehicle assessment of user experience with electrophysiological signals and quantification of user experience
- Measuring of cognitive states as engagement, drowsiness, fatigue in real classroom settings
Real-time BCI-based systems (P300, SSVEP, MI) for comuniation and mobility
- MI-BCI and FES rehabilitation for SCI survivors
- P300-BCI and hand orthosis for ALS patients
- Video game in a VR controlled with MI-based BCI
- Robot teleoperation based on a P300 BCI
Other projects
