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A color classification method for color images using a uniform color space

机译:使用均匀色彩空间的彩色图像色彩分类方法

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A color classification method that partitions color image data into a set of uniform color regions is described. The ability to classify spatial regions of the measured image into a small number of uniform regions can be useful for several problems, including image segmentation and image representation. The input image data are first mapped from device coordinates into all approximately uniform perceptual color space. Colors are classified by means of cluster detection in the uniform color space. The classification process is composed of two stages of basic classification and reclassification. The basic classification is based on histogram analysis to detect color clusters sequentially. The principal components of the color data are extracted for effective discrimination of clusters. At the reclassification stage, the extracted representative colors are reclassified on a color distance. Experimental results show that a fundamental set of colors composing an image with shades and shadows is extracted at the basic classification stage and that the objects in the original image are extracted at the reclassification stage.
机译:描述了一种将颜色图像数据划分为一组均匀颜色区域的颜色分类方法。将测量图像的空间区域分类为少量均匀区域的能力可能对包括图像分割和图像表示在内的若干问题很有用。首先将输入图像数据从设备坐标映射到所有近似均匀的感知色彩空间中。通过聚类检测在统一的颜色空间中对颜色进行分类。分类过程由基本分类和重新分类两个阶段组成。基本分类基于直方图分析,以顺序检测颜色簇。提取颜色数据的主要成分,以有效区分聚类。在重分类阶段,将提取的代表色在色距离上重分类。实验结果表明,在基本分类阶段提取了由阴影和阴影组成的图像的一组基本颜色,而在重新分类阶段则提取了原始图像中的对象。

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