Development an omnidirectional display device to bias perceptual dominance in binocular rivalry by presenting attentions based on multisensory information

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We got an idea from their capabilities to move their both eyes independently and developed a system to provide a user an artificial oculomotor function to control directions of both eyes, which was named Virtual Chameleon. In this work, we focused on influence of saccadic eye movements on visual perception with binocular rivalry, and implemented a new function to make users control the system in various styles attitude control of camera platforms.We performed experiments to evaluate effects on implementation of artificial saccadic eye movements. We obtained accuracy rates and response times to find out target positions. It was indicated that user could look around and distinguish independent views as previous wok and the implementation of new functions improved the delay of up to 32.4% compared to previous system. It was suggested that the function to switch control timing of the system and generate saccadic eye movements improve human performance with use of Virtual Chameleon.