Application of BCI in Mind Controlled Robotic Movements in Intelligent Rehabilitation
Driven by society’s growing recognition of the needs of physically challenged people, this paper aims at providing a Smart BCI based solution for the realization of intelligent rehabilitation technique. This system has extremely high impact especially for otherwise critical; Stroke affected and physically challenged individuals. An application that is capable of helping them, perform independently, the essential functions as and when they think is presented here. The system briefed uses a new way (CSSP algorithm) of design thereby overcoming the limitations of conventional systems those uses CSP algorithm. BCI’s users explicitly manipulate their brain activity instead of motor movements. The emphasis is on the development of Non-invasive BCIs that uses EEG signal in order to make the final solution completely robust. Following a general overview, suitable signals, the necessary conditioning techniques and most efficient CSSP method of determining the user’s intention are presented along with further resources for designing brain-computer interfaces.
Sridhar Raja .D