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Polarimetric SAR Image Classification using Multiple-Component Scattering Model and Support Vector Machine

机译:基于多分量散射模型和支持向量机的极化SAR图像分类

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The classification of polarimetric SAR image based on Multiple-Component Scattering Model (MCSM) and support Vector Machine (SVM) is presented in this paper.MCSM is a potential decomposition method for a general condition.SVM is a popular tool for machine learning tasks involving classification,recognition or detection. The scattering powers of singlebounce,uouble-bounce,volume,helix,and wire scattering components ar.extracted from full polarimetric SAR images.Combined with the scattering power and the texture feature,SVM is used for the polarimetric classification.We generate a validity test for the method using EMISAR L-band full polarized data of Foulum Area (DK),Denmark. The preliminary result indicates that this method can classify most of the areas correctly.
机译:提出了基于多分量散射模型(MCSM)和支持向量机(SVM)的极化SAR图像分类方法,MCSM是一种一般条件下的潜在分解方法,SVM是一种涉及机器学习任务的流行工具分类,识别或检测。从全极化SAR图像中提取单跳,单跳,体积,螺旋和导线散射分量的散射能力。结合散射能力和纹理特征,将SVM用于偏振分类。我们进行了有效性检验丹麦Foulum Area(DK)使用EMISAR L波段全极化数据的方法。初步结果表明,该方法可以正确分类大多数区域。

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