Abstract: A method is provided that includes receiving a three-dimensional (3D) image signal, generating image data from the 3D image signal, wherein said image data includes a plurality of left image data and a plurality of right image data, configuring the generated 3D image data to a 3D format, wherein the configured 3D image data includes black data and displaying the configured 3D image data at an output frequency, wherein the output frequency is synchronized with a shutter glasses.

Abstract: A system for driving a high-resolution LCD an a method thereof achieve high resolution by dividing input signals into signals of left and right parts of a LCD panel, by using general video processors. The system according to the present invention includes: a signal converting unit receiving horizontal and vertical synchronous signals and video signals and sampling and dividing the video signals to odd-numbered and even-numbered digital signals; a controlling unit outputting control signals so as for the video signals to be outputted in accordance with the previously set specification of a display; first and second processing means for separating and processing signals corresponding to left and right parts, respectively, of the display from the odd-numbered and even-numbered digital signals in accordance with the control signals; and a display driver driving the display in accordance with the signals from the first and second processing means.