Abstract:
A display with a micro light modulators including a transparent substrate, a plurality of fixed electrodes on the substrate, a plurality of movable electrodes over and between the fixed electrodes, each movable electrode having a size different from one another and overlapping portions of adjacent fixed electrodes, and a back light on a back surface of the substrate.
Abstract:
A method for driving a liquid crystal display, includes receiving source data, reducing the number of bits of the source data, thereby generating a reduced-bit source data, comparing the reduced-bit source data of a previous frame with the reduced-bit source data of a current frame to select a preset modulated data in accordance with the result of the comparison, and modulating the source data by using the selected modulated data.
Abstract:
A method of modulating data supply time includes steps of deriving a light transmittance versus time characteristic during a change of each gray level to another gray level in a liquid crystal display panel, deriving a transition time when each gray level is changed to another gray level on a basis of light transmittance versus time characteristic, and modulating a supply time of data supplied to the liquid crystal display panel in accordance with the transition time.
Abstract:
The present invention discloses a color-correction method and apparatus for a liquid crystal display that effectively corrects a color balance. In the method and apparatus, input data are modulated to allow a high-speed driving. Also, a voltage level of the input data is reduced based on a modulated amount of the changed data when voltage level of the current frame is equal to that of the previous frame.
Abstract:
A method of driving a liquid crystal display in which frames having data values indicate the gray scale for liquid crystal in a display panel including the steps of determining a modulating data value for a first temperature interval within a temperature range, storing the modulating data as look-up table, sensing a temperature of a display panel, and modulating the input signal to the liquid crystal display based upon the sensed temperature.
Abstract:
The present invention discloses a method and apparatus of driving a liquid crystal display device that prevents a deterioration of picture quality. More specifically, the method and apparatus determines whether the adjacent modulated data are equal to each other, and replaces least significant bit data with a desired value if the adjacent modulated data are equal to each other.
Abstract:
The present invention discloses a liquid crystal display device with a light shutter to eliminate a motion-blurring phenomenon generated upon displaying a moving picture, thereby improving a display quality. In the liquid crystal display device, a light shutter is provided on a liquid crystal display panel for displaying an image to transmit or shut off the light from the liquid crystal display panel.