A depth adaptation system based on perceptual horopter effect

Abstract

This paper presented a depth adaptation system. At first, the proposed method uses saliency detection algorithm to determine visual attention, and then it applies depth shifting to reduce convergence and accommodation conflict. We also took human perceptual effect into consideration, and proposed an iso-perceptual disparity curve for horopter remapping. By using subjective tests, subjects are asked to score overall preference and comfortable feelings on the stereo images.