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Implementation of a sparkle characterization method for anti-glare layers on automotive-displays

机译:实现汽车显示器防眩光层的闪光特征方法

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To ensure end-user readability, displays exposed to sunlight need special surface treatments. Especially in automotive applications, rough antiglare (AG) surface treatments are applied to the top surface. However, a rough surface on top of a brilliant display has a direct impact on its image quality. Carefully designing the AG surface allows a compromise between reflection suppression and image quality. One of the undesired effects is the so-called “visual sparkling”, where the displayed image appears to show an uneven luminance distribution especially in areas where solid colors are shown. This effect itself is quite subjective for that it is necessary to quantify it in a reproducible way. In this work, we present a simple yet effective method for characterization of the sparkle effect based on the evaluation of image uniformity with help of grey-value histogram extraction and fitting with a simple normal distribution.
机译:为确保最终用户可读性,暴露于阳光的显示需要特殊的表面处理。特别是在汽车应用中,粗糙的防眩光(Ag)表面处理施加到顶表面。然而,在辉煌的显示屏顶部的粗糙表面对其图像质量的直接影响。小心地设计AG表面允许反射抑制和图像质量之间的折衷。其中一个不期望的效果是所谓的“视觉闪耀”,其中显示的图像看起来表示不均匀的亮度分布,尤其是在所示纯色的区域中。这种效果本身是非常主观的,因为必须以可重复的方式量化它。在这项工作中,我们提出了一种简单而有效的方法,用于在灰度直方图提取的帮助下评估图像均匀性的评估,并且具有简单的正态分布。

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