Brain-computer interfaces can restore movement, vision, and speech in individuals with paralysis or neuroinjuries, showcasing significant advancements in rehabilitation technology.
Brain-computer interfaces can restore movement, vision, and speech in individuals with paralysis or neuroinjuries, showcasing significant advancements in rehabilitation technology.
Breakthrough in brain-computer interfaces allows paralyzed individuals to control robotic arms using thoughts for extended periods without recalibration.
Breakthrough in brain-computer interfaces allows paralyzed individuals to control robotic arms using thoughts for extended periods without recalibration.
Brain-Computer Interfaces Could Get A Significant Boost From AI
Brain-computer interfaces restore lost functions in paralyzed individuals, including speech through advanced neural signal interpretation and AI technology.
First-Year Student Awarded for Human Brain-Computer Interface Research - News Center
Dillan Prasad, a first-year medical student at Feinberg, awarded for outstanding research in brain-computer interfaces for bionic arms to restore motor and sensory function.