Abstract
We have been developing a system, named Virtual Chameleon, that provides a human user with the artificial oculomotor ability to control their eyes independently. Virtual Chameleon consists of two independently controlled CCD cameras, a 3D tracking sensor system and a head-mounted display. The Virtual Chameleon control independently postures of two cameras to follow the sensors of the 3D tracking system smoothly. It is thought that those independent fields of view the user of Virtual Chameleon watched corresponding to pursuit movements on human eye movements, but it did not have functions of saccadic movements and compensatory movements. In this paper, we describe a fundamental examination to add functions to provide the user fields of view based on saccadic movements to Virtual Chameleon.
