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  2008, Vol. 21 Issue (2): 260-265    DOI:
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Application of RunLength Texture Features to SPOT Remote Sensing Image Classification
CAO ZhiGuo, XIAO Yang, ZOU LaMei
Institute of Pattern Recognition and Artificial Intelligence, Huazhong University of Science and Technology, Wuhan 430074

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Abstract  Combined with neural network, a method for remote sensing image classification based on runlength features is proposed. According to the criterion of variances between and intra classes, the efficient features are selected and the redundant ones are excluded successfully by the method of rough set. Runlength features, cooccurrence features, gray levelgradient cooccurrence features and gray levelsmoothed cooccurrence features are respectively used as inputs of three types of classifiers: BP net, RBF net and a nearest neighbor classifier-KNN method, when applying remote sensing classification for large scale panchromatic SPOT images with high spatial resolution. The result demonstrates the efficiency of the proposed algorithm.
Key wordsRemote Sensing Image Classification      RunLength Texture Feature      Rough Set      Neural Network     
Received: 20 September 2006     
ZTFLH: TP391  
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CAO ZhiGuo
XIAO Yang
ZOU LaMei
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CAO ZhiGuo,XIAO Yang,ZOU LaMei. Application of RunLength Texture Features to SPOT Remote Sensing Image Classification[J]. , 2008, 21(2): 260-265.
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