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Low-Rank Representation Based Domain Adaptation for Classification of Remote Sensing Images

机译:基于低秩表示的域自适应用于遥感图像分类

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A low-rank representation (LRR) based domain adaptation method is proposed for classification of remote sensing images. LRR achieves domain adaptation by constraining one domain can be well reconstructed by the other domain. In this paper, source data are transformed to target domain so that the transformed source domain data can be linearly reconstructed by the data of target domain. The domain distribution difference can be reduced by constraining the reconstruction matrix to be low rank. Further, we introduced a per-class maximum mean discrepancy (MMD) strategy to obtain an improved cross-domain alignment performance. The experimental results using hyperspectral remote sensing images demonstrated the effectiveness of the proposed method.
机译:提出了一种基于低秩表示(LRR)的领域自适应方法,用于遥感图像的分类。 LRR通过约束一个域可以被另一个域很好地重构来实现域自适应。本文将源数据转换到目标域,以便可以通过目标域的数据线性地重构转换后的源域数据。可以通过将重构矩阵约束为低秩来减小域分布差异。此外,我们引入了每个类别的最大均值差异(MMD)策略,以获得改进的跨域对齐性能。使用高光谱遥感图像的实验结果证明了该方法的有效性。

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