Brain-computer interfaces can restore lost functions to paralyzed individuals by decoding brain signals and translating them into actions like moving a hand or speaking.
The speech brain-computer interface we developed allows those who can't speak, like a man with ALS, to communicate by decoding their brain signals into text with over 97% accuracy.
Our interface utilizes artificial intelligence language models to interpret natural language, significantly enhancing the process of converting neural signals into coherent speech.
Surgically implanted recording devices deliver high-quality brain signals necessary for precise communication, showcasing advancements in technology that can change lives for the better.
#brain-computer-interfaces #neuroprosthetics #als #communication-technology #artificial-intelligence
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