My research involves building statistical models of dynamic neurophysiological systems in order to explain complex processes including cognitive, developmental, and psychological changes. One avenue of research uses traditional contact sensors, including modern wearable devices, to collect signals in the laboratory and in the field from human subjects. A second avenue of research is focused on developing novel, noncontact sensors to extend the research into new environments such as the classroom or the home.
Research Areas:
- Engineering Health
- Health@Luddy - Crosscutting
- Bioengineering
- Cyber-physical Systems
- Neuroengineering
His research involves building statistical models of dynamic neurophysiological systems in order to explain complex processes including cognitive, developmental, and psychological changes.
