Pseudo 480-Hz Driving Method for Digital Mode Grayscale Displays

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초록

A pseudo 480-Hz drive method has been proposed to reduce the dynamic false contour noise that occurs on flat panel displays with displaying grayscale image in the digital mode, such as plasma display panels. The proposed method makes the image movements nearly continuous by rearranging the 8-bit image data displayed for 1 TV field into 8 subfields. The position of the image data rearranged in subfields has been optimized on the basis of the speed of the moving image by computer simulations for the dynamic false contour noise. It is verified that a significant reduction in the dynamic false contour noise is achieved with the proposed method as compared to the conventional noise reduction technologies. Moreover, to reduce the noise in digital mode displays, the proposed technology requires only 8 subfields. Therefore, there is no reduction in the brightness of the image.

키워드

Computer simulation; Dynamic false contour noise; Digital mode grayscale display; Flat panel display; SMOOTH; PDP
제목
Pseudo 480-Hz Driving Method for Digital Mode Grayscale Displays
저자
Ryeom, Jeongduk
DOI
10.5370/JEET.2013.8.6.1462
발행일
2013-11
유형
Article
저널명
Journal of Electrical Engineering & Technology
권
8
호
6
페이지
1462 ~ 1467