Intelligent System for Physically Challenged Person in Virtual Prototype Environment

In this paper, a framework is fabricated to authorize the physically tested individual device for controlling the needed thing like lighting the room, electrical gadgets with small power application used in an indoor environment. The indoor application controls the wheelchair utilizing only a couple of fingers to do the work effectively. The MEMS-based accelerometers sensor is designed without any pressure and makes the device highly favorable to a physically challenged person. The accelerometers are the small gadget equipped for distinguishing the quickening of the article to which they are appended in which the accelerometers are connected to the fingers for a particular application. The individual, to whom the accelerometers are attached, can assign the control gadget using the straight forward development tool of the fingers like tapping them on the surface to do one particular application in indoor environment. So the novel system is designed and implement for physically challenged person to operate both in indoor and outdoor environment.