ELECTROENCEPHALOGRAPHY (EEG) CONTROLLED ARTIFICIAL HAND

Abstract

Each physical development we make is swift in the cerebrum by neural system handling. With the assistance of new hardware and advancements in both cerebrum imaging and cerebral neuroscience, in this project, we have utilized an economical gadget, i.e. OpenBCI Ganglion to control the Hand Model for physically incapacitated individuals. The EEG signals are caught from client’s cerebrum action utilizing OpenBCI Ganglion through “gold cup electrodes (GCE).” The EEG signals that are produced at various level of recurrence, likewise the eye movement, concentration are handled utilizing Arduino Uno which is used to control the servo motors which provide movement to our model. The BCI helps handicapped to make utilization of the gadgets and applications through their mental exercises. By this, individuals believe that BCI innovation is gift for, who might experience the ill effects of neuromuscular issue.