Perceptual Display: Towards Reducing Gaps Between Real World and Displayed Scenes

In this talk we refer to selected properties of human visual perception, which can be employed to apparent improvement of displayed image quality. First, we demonstrate how to reduce viewing discomfort on stereoscopic and multiscopic displays by exploiting complex interactions between monoscopic depth cues, such as motion parallax, and binocular vision. Then, we discuss gaze-driven depth manipulation to enhance perceived scene depth. Finally, we present our predictor for saccade landing position, which significantly reduces latency in foveated rendering applications.