The present invention relates to a cranial nerve control device using both of monitoring according to a real-time brain activity change and combined central and peripheral nerve stimulation, comprising: goggles wrapped on a patient's head so as to measure the patient's brain activity; a module guide bound to each of a plurality of perforation portions perforated in the goggles at the same intervals; a 32channelfNIRS+32channeltCS controller connected to each module of the module guide so as to control the same; a 2channelFES controller connected to two peripheral nerve stimulators attached to a patient's wrist so as to control the same; and a simulation device simultaneously connected to the 32channelfNIRS+32channeltCS controller and the 2channelFES controller, and receiving a brain activity measurement signal by means of functional near-infrared spectroscopy (fNIRS), a transcranial alternate current stimulation (tCS) control signal, and a functional electrical stimulation (FES) control signal and monitoring the same. The present invention automatically recognizes the functional activation of a user's brain by detecting, in real time, brain cognitive information, which is structurally and functionally complicated, and, as an artificial intelligence-based brain signal and brain electrostimulation feedback application technology, performs monitoring according to a real-time brain activity change so as to automatically control electrostimulation by identifying a brain activity state of a human being without targeting an affected area of a person's brain, thereby providing convenience for a comfortable life of a human, and simultaneously, remarkably treating brain diseases.
CRANIAL NERVE CONTROL DEVICE USING BOTH OF MONITORING ACCORDING TO REAL-TIME BRAIN ACTIVITY CHANGE AND COMBINED CENTRAL AND PERIPHERAL NERVE STIMULATION