Development of a fish-eye VR system with human visual functioning and biological signals

Present VR systems fall short of producing a true sense of reality. If we understand functioning on human senses, we will be able to generate imaginary space using minimum information. In the case of vision, the human eyesight fails from the center to the periphery of visual field. In this paper, we focus on this functioning, and propose a VR system, where one of biological signals, EOG (electro-oculogram), is used as a human interface.