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Optimal palette extraction as part of scanned graphics vector-ization

机译:最佳调色板提取,作为扫描图形矢量化的一部分

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摘要

The proposed scanned graphics palette extraction process starts with the extraction of colors of uniform regions, then the colors of local features. In order to enhance the discrimination of unsaturated colors, the image is converted into L~*a~*b~* space and the CMC color difference is used together with the Euclidean distance. After the palette extraction, a regularization process modifies the color of a pixel in order to make it coherent with its neighborhood, thus reducing the number of connected components, hence providing one step further to vectorization. Results are shown on scanned maps and on some scanned graphics.
机译:提出的扫描图形调色板提取过程首先提取均匀区域的颜色,然后提取局部特征的颜色。为了增强对不饱和颜色的区分,将图像转换为L〜* a〜* b〜*空间,并将CMC色差与欧几里德距离一起使用。调色板提取后,正则化过程会修改像素的颜色,以使其与其邻域保持一致,从而减少连接的组件数,从而为矢量化提供了进一步的步骤。结果显示在扫描的地图和某些扫描的图形上。

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