14.2: New ALIS series PDPs with Improved Moving Picture Quality, High Luminance and High Color Performance

Takeuchi, M.; Tajima, Masanori; Chiaki, Yutaka; Ohta, Syunji; Ueda, T.; Yamamoto, Akira

doi:10.1889/1.1821387

Cited by 4 publications

(3 citation statements)

References 3 publications

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“…[5] [10]). "Super CLEAR driving" [9] and "motion adaptive gray-level switching method" [13] are recent typical examples. The improvement methods sometimes require both special signal processing and driving.…”

Section: Configuration Of Signal Processing and Driving Of Pdp-tvsmentioning

confidence: 99%

65.1: Invited Paper: Digital HDTV Expands with Plasma Displays

Kurita

2005

SID Symposium Digest

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HDTV has been researched and developed since 1964 as the main next-generation television system. HDTV requires high definition, high quality and large flat panel displays. Digital HDTV and FPD-TVs are now creating an enormous new market. This paper describes the basic requirements for HDTV display, the performance of PDPs, and the configuration of signal processing and driving of PDP-TVs. The direction of development for further improvement on image quality is also outlined.

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Section: Configuration Of Signal Processing and Driving Of Pdp-tvsmentioning

confidence: 99%

65.1: Invited Paper: Digital HDTV Expands with Plasma Displays

Kurita

2005

SID Symposium Digest

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“…Although the low-quality, high-brightness mode does not decrease the brightness, it reduces the number of gray levels that can be displayed. Therefore, these losses are compensated for by error diffusion or dithering [9][10][11]. Meanwhile, the highspeed driving of digital mode displays at 120 Hz is effective in reducing the DFC noise because of the reduction in the time required for displaying a 1TV field [12].…”

Section: Introductionmentioning

confidence: 99%

Pseudo 480-Hz Driving Method for Digital Mode Grayscale Displays

Ryeom¹

2013

Journal of Electrical Engineering and Technology

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-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.

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“…1) [3]. MPD-free coding [4], CLEAR [5], ALIS [6], and NFC [7] all use the incremental subfield codes.…”

Section: Introductionmentioning

confidence: 99%

P‐88: Surface‐Based Adaptive Incremental Subfield Coding Method for Plasma Display Panels

Park

Lee

Kim

2010

Symp Digest of Tech Papers

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This paper proposes a new incremental subfield coding method using region segmentation for plasma display panels (PDPs). The proposed approach suppresses the halftone noise (HN) of the PDPs, while completely eliminating false contour noise (FCN), as do existing incremental subfield codes, by selecting an optimal incremental subfield code adaptively for a given input image. The proposed method selects the HN sensitive pixels using region segmentation and maps the problem of selecting the optimal incremental subfield code onto a special-case shortest path problem. P-88 / M. Park 1576 • SID 10 DIGEST

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14.2: New ALIS series PDPs with Improved Moving Picture Quality, High Luminance and High Color Performance

Cited by 4 publications

References 3 publications

65.1: Invited Paper: Digital HDTV Expands with Plasma Displays

65.1: Invited Paper: Digital HDTV Expands with Plasma Displays

Pseudo 480-Hz Driving Method for Digital Mode Grayscale Displays

P‐88: Surface‐Based Adaptive Incremental Subfield Coding Method for Plasma Display Panels

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