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热词
    • 1. 发明申请
    • Test or calibration of displayed greyscales
    • 测试或校准显示的灰度
    • US20070055143A1
    • 2007-03-08
    • US10578572
    • 2005-11-28
    • Danny DerooTom Kimpe
    • Danny DerooTom Kimpe
    • G01R13/02A61B5/05
    • G09G3/006G09G2320/0606G09G2320/0626G09G2320/0666G09G2320/0673G09G2320/0693H04N17/04
    • Testing a display involves display of a series of test patterns, each at a different luminance or colour, and with a predetermined minimum difference of luminance or colour from their background, each pattern being unpredictable to a user, and determining if the user has correctly identified the patterns. This can enable a more objective test without needing external measuring equipment. Calibrating the display involves determining an output luminance level by detecting a minimal difference of drive signal to give a just noticeable output luminance difference at a given high luminance drive level, and determining an absolute luminance of the given high input luminance level from the minimal difference and from a predetermined human characteristic of visibility threshold of luminance changes. This can avoid the need for an external or internal sensor. This can be useful during conformance checks or during calibration of the display for example.
    • 测试显示器包括显示一系列测试图案,每个测试图案以不同的亮度或颜色,以及亮度或颜色与其背景的预定最小差异,每个图案对于用户是不可预测的,以及确定用户是否正确识别 模式。 这可以实现更客观的测试,而无需外部测量设备。 校准显示包括通过检测驱动信号的最小差异来确定输出亮度水平,以在给定的高亮度驱动电平下给出明显的输出亮度差,以及从最小差异确定给定高输入亮度水平的绝对亮度,以及 从亮度变化的可见度阈值的预定人类特征。 这可以避免需要外部或内部传感器。 这在一致性检查期间或在例如显示器的校准期间是有用的。
    • 2. 发明授权
    • Test or calibration of displayed greyscales
    • 测试或校准显示的灰度
    • US07999852B2
    • 2011-08-16
    • US10578572
    • 2005-11-28
    • Danny DerooTom Kimpe
    • Danny DerooTom Kimpe
    • H04N17/02G01R13/02G06F19/00
    • G09G3/006G09G2320/0606G09G2320/0626G09G2320/0666G09G2320/0673G09G2320/0693H04N17/04
    • Testing a display involves display of a series of test patterns, each at a different luminance or color, and with a predetermined minimum difference of luminance or color from their background, each pattern being unpredictable to a user, and determining if the user has correctly identified the patterns. This can enable a more objective test without needing external measuring equipment. Calibrating the display involves determining an output luminance level by detecting a minimal difference of drive signal to give a just noticeable output luminance difference at a given high luminance drive level, and determining an absolute luminance of the given high input luminance level from the minimal difference and from a predetermined human characteristic of visibility threshold of luminance changes. This can avoid the need for an external or internal sensor. This can be useful during conformance checks or during calibration of the display for example.
    • 测试显示器包括显示一系列测试图案,每个测试图案以不同的亮度或颜色,以及亮度或颜色与其背景的预定最小差异,每个图案对于用户是不可预测的,以及确定用户是否正确识别 模式。 这可以实现更客观的测试,而无需外部测量设备。 校准显示包括通过检测驱动信号的最小差异来确定输出亮度水平,以在给定的高亮度驱动电平下给出明显的输出亮度差,以及从最小差异确定给定高输入亮度水平的绝对亮度,以及 从亮度变化的可见度阈值的预定人类特征。 这可以避免需要外部或内部传感器。 这在一致性检查期间或在例如显示器的校准期间是有用的。