抽象的

Retinal Disparity Estimation and 2D Fusion in Stereo-Pairs

Priyanka.V.K, Vijayakumar.K, Sudheesh Madhavan

Retinal disparity is the slight difference in the images formed in the retina due to the position and phase through which eyes view an object. In computer vision systems, stereo matching algorithms are very popular. Most of these techniques are used to implement a 3D vision system by analyzing the disparity map of the stereo pairs. But the case of 2D vision is slightly different from this. In two dimensional objects retinal or binocular disparity is encoded by receptive field position disparity. It is due to the slight horizontal shift between cameras, which resembles human eyes. This paper goes through one of the simple and accurate method for finding receptive field position disparity in stereo pairs and binocular fusion to provide a two dimensional vision to machine vision system.