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Unsupervised Fuzzy C-Mean classification of texture images using improved texture energy measure

机译:使用改进的纹理能量测量的纹理图像的无监督模糊C均值分类

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Texture is a very important attribute in image analysis. An important task of the image analysis is to segment the given image into more meaningful regions and to label the individual regions. Texture is characterized by the spatial distribution of intensity levels in a neighbourhood. This paper proposed “improved texture energy measures” for feature extraction, the images are convolved using the Laws masks. The symmetric features are combined and normalized; the features are classified using Fuzzy C-Means. The results for normalization and non-normalization of feature classifications are analyzed. The experimental evaluation of the features is reported using texture database from brodatz album and the results are promising.
机译:纹理是图像分析中的一个非常重要的属性。图像分析的一个重要任务是将给定图像分段为更有意义的区域并标记单个区域。纹理的特征在于附近的强度水平的空间分布。本文提出了“改进质地能量措施”特征提取,图像采用法律掩码卷积。对称特征是组合和标准化的;使用模糊C均值分类功能。分析了特征分类的归一化和非正常化的结果。报告了从Brodatz专辑的纹理数据库报告了该特征的实验评估,结果是有前途的。

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