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Image Data Classification Using Fuzzy c-Means Algorithm with Different Distance Measures

机译:不同距离量度的模糊c-均值算法对图像数据进行分类

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Fuzzy c-Means algorithms(FCMs) with different distance measures are applied to an image classification problem in this paper. The distance measures discussed in this paper are the Euclidean distance measure and divergence distance measure. Different distance measures yield different types of Fuzzy c-Means algorithms. Experiments and results on a set of satellite image data demonstrate that the classification model employing the divergence distance measure can archive improvements in terms of classification accuracy over the models using the FCM and SOM algorithms which utilize the Euclidean distance measure.
机译:将具有不同距离度量的模糊c均值算法(FCM)应用于图像分类问题。本文讨论的距离度量是欧氏距离度量和发散距离度量。不同的距离度量会产生不同类型的Fuzzy c-Means算法。在一组卫星图像数据上进行的实验和结果表明,采用散度距离测度的分类模型可以利用FCM和SOM算法(利用欧几里德距离测度)在分类精度方面存档改进。

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