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A Method for Image Indexing using Entropy and Color Correlation features

机译:一种利用熵和颜色相关特征进行图像索引的方法

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To improve the discrimination power of color indexing techniques, we propose a new indexing algorithm that divides an image into higher and lower entropy regions, and then, that calculates the color correlation features between each type of regions. Our indexing method proposed in this paper has two important characteristics. One is a local entropy feature. An image is divided into two regions, lower and higher entropy regions, in order to avoid the problems caused by general global features. Here, lower and higher regions are classified by an entropy feature. The other is a Color Correlation Feature. We used 2-dimensional probability distribution functions of an image to obtain color moment features, and thus, obtain more information using 2-dimensional probability distribution function(PDF) than using 1-dimesional probability distribution functions (i.e. histogram).
机译:为了提高颜色索引技术的辨别能力,我们提出了一种新的索引算法,该算法将图像分为较高和较低的熵区域,然后计算每种类型区域之间的颜色相关特征。本文提出的索引方法具有两个重要特征。一种是局部熵特征。图像被分为两个区域,较低和较高的熵区域,以避免由一般全局特征引起的问题。在此,通过熵特征对较低和较高的区域进行分类。另一个是颜色相关功能。我们使用图像的二维概率分布函数来获取色矩特征,因此,与使用一维概率分布函数(即直方图)相比,使用二维概率分布函数(PDF)可以获得更多的信息。

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