VIDEO SIGNAL PROCESSING DEVICE, METHOD FOR PROCESSING VIDEO SIGNAL, AND PROGRAM

WIPO Patent Application WO/2016/194512

A1

A block dividing unit 311 calculates, for each pixel row along the dividing direction in a display screen, the deviation that creates a difference between an object display region and other display regions, using the luminance distribution of the pixels, and divides the display screen along the dividing direction at a dividing position determined by using the deviation for each pixel row. A block risk calculation unit 321, a block risk update unit 323, an area risk calculation unit 331, and an area risk update unit 333 calculate a cumulative deterioration risk for each area by calculating and summing the deterioration risk for each area into which the display screen is divided using the light emission amount for each pixel which is based on a video signal. A gain calculation unit 341 calculates a deterioration risk for each pixel from the cumulative deterioration risk for each area, and calculates a correction gain for each pixel on the basis of the deterioration risk for each pixel and the luminance for each pixel. A multiplication unit 390 corrects the signal level of the video signal using the correction gain. Thereby, the light-emitting element provides for a highly legible display and has a long operating life.

AKAO MASATO (JP)
NISHIBORI KAZUHIKO (JP)

PCT/JP2016/062775

December 08, 2016

April 22, 2016

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SONY CORP (JP)

G09G3/30; G09G3/20

JP2014026003A	2014-02-06
JP2010139782A	2010-06-24
JP2013196369A	2013-09-30
JP2006018130A	2006-01-19
JP2006018131A	2006-01-19
JP2001306020A	2001-11-02
JP2002372958A	2002-12-26
JP2011221305A	2011-11-04

MIYATA, Masaaki et al. (JP)
Miyata Masaaki (JP)

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