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    • 4. 发明授权
    • Display drive method, display, and program therefor
    • 显示驱动方法,显示和程序
    • US08063921B2
    • 2011-11-22
    • US11980420
    • 2007-10-31
    • Makoto ShiomiKazunari TomizawaKoichi MiyachiTomoo Furukawa
    • Makoto ShiomiKazunari TomizawaKoichi MiyachiTomoo Furukawa
    • G09G3/36
    • G09G3/3648G09G2320/0252G09G2340/16
    • In one embodiment of the present invention, data, such as video signal data, for example, for a next desired frame is first modulated or varied to facilitate a transition from a current frame to a next desired frame. A modulation processing section can be used, for example, to thus produce a corrected video signal to facilitate the current-to-next desired grayscale level transition. Thereafter, spatial filtering is then carried on the corrected video signal, using a spatial filtering section for example. As such, high frequency components in a spatial domain may be reduced, even after the spatial frequencies of an ordinary video signal and potentially those of noise have been scaled up. Therefore, undesirable noise-caused display quality degradation can be reduced or even prevented, while pixel response speed as a result of the facilitation of grayscale level transition is increased.
    • 在本发明的一个实施例中,例如用于下一期望帧的诸如视频信号数据的数据首先被调制或变化,以便于从当前帧到下一个期望帧的转变。 例如,可以使用调制处理部分来产生经校正的视频信号,以便于当前到下一个期望的灰度级转换。 此后,使用例如空间滤波部分对校正后的视频信号进行空间滤波。 因此,即使在普通视频信号的空间频率和潜在噪声的空间频率已经被放大之后,空间域中的高频分量也可能被减小。 因此,可以降低或甚至防止不期望的噪声引起的显示质量下降,同时由于促进灰度等级转换而导致的像素响应速度增加。
    • 8. 发明授权
    • Display drive method, display, and program therefor
    • 显示驱动方法,显示和程序
    • US07583278B2
    • 2009-09-01
    • US10743770
    • 2003-12-24
    • Makoto ShiomiKazunari TomizawaKoichi MiyachiTomoo Furukawa
    • Makoto ShiomiKazunari TomizawaKoichi MiyachiTomoo Furukawa
    • G09G3/36G09G5/10
    • G09G3/3648G09G2320/0252G09G2340/16
    • Data, such as video signal data, for example, for a next desired frame is first modulated or varied to facilitate a transition from a current frame to a next desired frame. A modulation processing section can be used, for example, to thus produce a corrected video signal to facilitate the current-to-next desired grayscale level transition. Thereafter, spatial filtering is then carried on the corrected video signal, using a spatial filtering section for example. As such, high frequency components in a spatial domain may be reduced, even after the spatial frequencies of an ordinary video signal and potentially those of noise have been scaled up. Therefore, undesirable noise-caused display quality degradation can be reduced or even prevented, while pixel response speed as a result of the facilitation of grayscale level transition, is increased.
    • 首先调制或改变数据,例如视频信号数据,用于下一个所需帧,以便于从当前帧到下一个所需帧的转换。 例如,可以使用调制处理部分来产生经校正的视频信号,以便于当前到下一个期望的灰度级转换。 此后,使用例如空间滤波部分对校正后的视频信号进行空间滤波。 因此,即使在普通视频信号的空间频率和潜在噪声的空间频率已经被放大之后,空间域中的高频分量也可能被减小。 因此,可以降低或甚至防止不良的噪声引起的显示质量下降,同时由于灰度等级转换的促进而引起的像素响应速度增加。
    • 10. 发明申请
    • Display drive method, display, and program therefor
    • 显示驱动方法,显示和程序
    • US20080074374A1
    • 2008-03-27
    • US11980420
    • 2007-10-31
    • Makoto ShiomiKazunari TomizawaKoichi MiyachiTomoo Furukawa
    • Makoto ShiomiKazunari TomizawaKoichi MiyachiTomoo Furukawa
    • G09G3/36
    • G09G3/3648G09G2320/0252G09G2340/16
    • In one embodiment of the present invention, data, such as video signal data, for example, for a next desired frame is first modulated or varied to facilitate a transition from a current frame to a next desired frame. A modulation processing section can be used, for example, to thus produce a corrected video signal to facilitate the current-to-next desired grayscale level transition. Thereafter, spatial filtering is then carried on the corrected video signal, using a spatial filtering section for example. As such, high frequency components in a spatial domain may be reduced, even after the spatial frequencies of an ordinary video signal and potentially those of noise have been scaled up. Therefore, undesirable noise-caused display quality degradation can be reduced or even prevented, while pixel response speed as a result of the facilitation of grayscale level transition is increased.
    • 在本发明的一个实施例中,例如用于下一期望帧的诸如视频信号数据的数据首先被调制或变化,以便于从当前帧到下一个期望帧的转变。 例如,可以使用调制处理部分来产生经校正的视频信号,以便于当前到下一个期望的灰度级转换。 此后,使用例如空间滤波部分对校正后的视频信号进行空间滤波。 因此,即使在普通视频信号的空间频率和潜在噪声的空间频率已经被放大之后,空间域中的高频分量也可能被减小。 因此,可以降低或甚至防止不期望的噪声引起的显示质量下降,同时由于促进灰度等级转换而导致的像素响应速度增加。