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Green-Weak Color Blindness Correction

机译:绿弱色盲校正

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Deuteranopia is a type of dichromatic color blindness where the individual has difficulty identifying the color ”green”. This study presents a pixelwise algorithm simulating this condition on an image to correct what deuteranopes see such as image detail and color dynamics. Matrix manipulation is done for conversion of RGB color space to LMS color space, and Deuteranopia color space. Correction is done by processing the converted RGB values to LMS color space counterpart and the analyzed correction matrix. Images from Ishihara Plates Test and an ordinary image, not related to color blindness test, were used as test data in the sample space. Three individuals identified with Deuteranopia served as test persons for the study. 93.33% is the average accuracy across the results produced by the test persons.
机译:十色盲是一种双色色盲,个人难以识别“绿色”颜色。这项研究提出了一种像素级算法,可以在图像上模拟这种情况,以纠正氘核看到的现象,例如图像细节和色彩动态。进行矩阵操纵以将RGB颜色空间转换为LMS颜色空间和Deuteranopia颜色空间。通过将转换后的RGB值处理为LMS色彩空间对应物和分析的校正矩阵来完成校正。将来自Ishihara Plates Test的图像和与色盲测试无关的普通图像用作样本空间中的测试数据。鉴定为患有Deuteranopia的三人作为研究的测试人。测试人员产生的结果的平均准确度为93.33%。

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