Wireless EOG Based Interface For Controlling Application

Abstract

This paper portrays an eye-development technique in view of electrooculography (EOG) to build up a framework for helping crippled individuals. Its most critical elements are versatile, conviviality, measured quality which making it versatile to the specific needs of every client as per the sort of impediment included. A human-machine interfaces (HMI) is a framework that gives a yield channel to the mind and does not rely on upon fringe muscles and nerves. We are centering the fundamentally on EOG signals for the human–machine interface for controlling a wheelchair, where the control is really affected by eye developments. This gadget incorporates remote EOG signal procurement segments, cathodes and an EOG signal order calculation. The EOG arrangement calculation depends on extricating highlights from the electrical signals relating to four headings of eye development (up, down, left, right) .This control strategy could be helpful in different applications, for example, portability