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Texture information fusion based image classification

机译:基于纹理信息融合的图像分类

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The classical gray level co-occurrence matrix(GLCM) neglects the directional differences of texture. A novel method of image classification is presented in this paper. Multi-angle weighting of GLCM is proposed to decrease effects of directional difference, in which second-order statistics, such as energy, entropy, moment of inertia, moments of deficit and relevance, are calculated to describe image texture. The contributions to classifier of second-order statistics are evaluated using information gain. The model based on one against one support vector machines (OAOSVM) is realized. The experimental results has shown that the proposed method can accomplish image classification with higher accuracy on several standard image datasets than other methods.
机译:经典的灰度共生矩阵(GLCM)忽略了纹理的方向差异。本文提出了一种新的图像分类方法。提出了GLCM的多角度加权以减小方向差异的影响,其中计算能量,熵,惯性矩,亏缺矩和相关性矩等二阶统计量来描述图像纹理。使用信息增益来评估对二阶统计量的分类器的贡献。实现了基于一对一支持向量机的模型(OAOSVM)。实验结果表明,与其他方法相比,该方法可以在多个标准图像数据集上以更高的精度完成图像分类。

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