Recovery of sensorimotor function with neuroprosthetic system and method thereof

Abstract

The present disclosure relates to a neuromorphic prosthesis system for facilitating sensorimotor functions in a subject in need thereof. The system incudes a plurality of stimulators having one or more channels configured to be disposed at various locations of the subject to provide an electrical stimulation of muscles groups, peripheral nerves, plexuses and/or spinal cord. The system further includes a plurality of sensors configured to detect and communicate a continues or cyclic distribution of a body weight, an angle joint motions, kinetics and/or electrophysiological parameters data and a plurality of controllers configured to receive a combined data from the plurality of sensors. The controllers are also configured to process the combined data and communicate the combined data to an fMEP-based artificial circuitry device, the fMEP-based artificial circuitry device configured for implementation of a reconstruction of topology of central pattern generator (CPG). The fMEP-based artificial circuitry device is configures to apply a bio-plausible neuronal topology for a motor function pattern and coordinates application of the electrical signals via the plurality of stimulators to the subject in need thereof to perform the motor function pattern.

Dependencies are inferred from the claim text.