In traditional grating auto-stereosco pic displays,the head movement would lead to position of 3D view point shifted b eyond the best view point,where right and left eyes would observe 3D images wit h crosstalk,or even reverse left and right eyes′ images,that is to say the cros stalk would be 100%.The eye tracking auto-stereoscopic display shceme for the i ndividual user is presented in this paper.In order to minimize the crosstalk of auto-stereoscopic dislays with parallax barrier when the viewer moves horizonta lly,a method of rearranging the RGB sub-pixels along with the movement is propo sed.The main point of the approach is that via tracing the position of the eyes, RGB sub-pixels accordingly migrate to compensate the relative shift of the view point,thereby the crosstalk of the right and left images caused by the movement of the head is corrected.The operation principle and the crosstalk formula of t he eye tracking display screen are given,both expressed in traditional grating a nd in sub-pixel rearranging schematics.This paper also presents the results of MATLAB calculation in the terms of the crosstalk distribution at the best view d istance in both traditional and proposed schematics.The result simulated by TRAC EPRO confirms that the approach suggested in this paper is able to follow the co rrect right eye and left eye images′ shift,and the crosstalk of auto-stereosco pic display caused by head movement will be reduced or even eliminated (16.7% ma x),which ensures that the better 3D experiences will be obtained at the designed view distance.