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HIGH RESOLUTION POLSAR IMAGE CLASSIFICATION BASED ON GENETIC ALGORITHM AND SUPPORT VECTOR MACHINE

机译:基于遗传算法和支持向量机的高分辨率POLSAR图像分类

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This paper focuses on backscattering mechanisms selection and supervised classification works for CETC38-X PolSAR image.Thanks to the high radar resolution, many classes of man-made objects are visible in the images.So, land-use classification becomes a more meanful application using PolSAR image, but it involves the selection of classitiers and backscattering mechanisms.In this paper we apply SVM as the classifier and GA as the features selection method.Finally, after we find the best parameters and the suitable polarimetric information, the overall acctracy is up to 97.49%.The result shows SVM is an effective algorithm compared to Wishart and BP classifiers.
机译:本文重点介绍了CETC38-X Polsar Image的反向散射机制选择和监督分类工作。谢谢对高雷达分辨率,许多类人为物体在图像中可见。所以,Land-Liffericationification将成为一个更符合的应用程序Polsar图像,但它涉及选择分类器和反向散射机制。在本文中,我们将SVM作为分类器和GA应用为特征选择方法。最后,在我们找到最佳参数和合适的偏振信息之后,整体acctracy是向上的结果显示SVM是与Wellart和BP分类器相比的有效算法。

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