Neural Interfaces: Connecting Humans and Artificial Intelligence
summary
Describes decoding motor output by recording from motor cortex and muscles using an array and surface electromyography, then deconvolving that complex signal into channels that map to 14 muscles of the arm and further extracting motor units to recover action potentials. Claims that decoding those spikes yields the binary "zeros and ones" of the nervous system, enables direct neurocontrol that can replace keyboard and mouse input, and shows early working demonstrations.
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