1. A visual prosthesis comprising: a video receiver for receiving a video image and converting said video image to a video signal; a video processing unit, coupled to said video receiver and processing said video signal; an eye movement tracking device providing eye movement data to said video processing unit, whereby said video processing unit corrects said video signal to compensate for eye movement and produce a processed video signal; an external communication unit, coupled to said video processing unit, transmitting said processed video signal; an internal communication unit implanted within a living body receiving said processed video signal; a plurality of electrodes driven by said internal communication unit and stimulating visual neurons to create a perception of a processed video image derived from said processed video signal.