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Multi-feature based label propagation for semi-supervised classification of hyperspectral data

机译:基于多功能的标签传播,用于高光谱数据的半监督分类

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For hyperspectral remote sensing, some spatial features e.g., texture and morphological feature, have been successfully employed for classification task. In this paper, we investigate the utilization of multiple features in label propagation (LP) classifier, attempting to improve the classification accuracy with small size samples. The graph of LP classifier is constructed by using multiple features, where each feature calculates a similarity matrix and a composite similarity matrix is obtained via linear combination. To weight the importance of each feature in the combination, leave-one-out strategy is applied to obtain a suitable weight for each feature. Experimental results on two high resolution hyperspectral data show that the proposed approach obtained better classification performance than LP classifier with single spectral feature and LP with equal weighted multi-feature.
机译:对于高光谱遥感,一些空间特征例如纹理和形态特征,已成功用于分类任务。在本文中,我们研究了标签传播(LP)分类器中多个功能的利用,试图提高小尺寸样本的分类精度。通过使用多个特征来构造LP分类器的图,其中每个特征计算相似性矩阵,并且通过线性组合获得了复合相似性矩阵。为了重写组合中每个特征的重要性,应用休留次策略来获得每个特征的合适重量。两个高分辨率高光谱数据的实验结果表明,所提出的方法比LP分类器具有比LP分类器更好的分类性能,单光谱特征和具有相等加权多特征的LP。

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