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Neurosystems Research
Key Faculty
Neurosystems
This research integrates human psychophysics, functional imaging and biologically constrained modeling to investigate the neural representation of visual information for perception and action in the human brain, particularly as it relates to navigation and 3-D spatial representation. Interests in functional imaging involve finding new approaches to more directly probe the neural and cortical circuits underlying these processes. The goal is to 1) link visually guided behavior, and its modification through training, to specific neural and cortical circuits in the human brain and 2) to apply this knowledge to the development of clinically useful neuro-rehabilitation strategies and neural control systems.
Neural Engineering
Modeling of neural coding and machine-brain interfaces
System Identification of Sensory Motor Control
Perceptual Learning
Processing Sensory Motor Error
Neurorehabilitation
The Neurorehabilitation Center serves research and development (R&D) activities in neurorehabilitation, investigating optimal intervention strategies for movement therapy. R&D activities range from basic science (e.g., neuromuscular adaptive mechanisms) to the development and evaluation of innovative therapeutic intervention strategies...
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