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L1-graph semisupervised learning for hyperspectral image classification

机译:L1-Traph Semupervise学习高光谱图像分类

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Recently, research in semisupervised learning (SSL) based on sparse representation has shown huge potential for many classification tasks. In this paper, we address a hyperspectral image classification by integrating L1-graph and SSL. We propose a semisupervised classification method with L1-graph which has more attractive merits than traditional graph method, such as parameter free, sparsity and robustness. Our method firstly obtains the graph weights by solving a L1 optimization problem, and then generates a way of SSL with the L1-graph weights to deal with classification of hyperspectral images. The experiments are designed to cope with challenging real hyperspectral image classification task with a few labeled samples. The experimental results demonstrate the effectiveness of the L1-graph semisupervised method.
机译:最近,基于稀疏表示的半质度学习(SSL)的研究表明了许多分类任务的巨大潜力。在本文中,我们通过集成L1-Graph和SSL来解决超光图像分类。我们提出了一种具有L1-Graph的半质化分类方法,其比传统的图形方法更具吸引力,例如参数自由,稀疏性和鲁棒性。我们的方法首先通过解决L1优化问题来获得图标权重,然后通过L1-Traph权重生成SSL的方式来处理高光谱图像的分类。实验旨在应对具有少数标记样品的具体实际高光谱图像分类任务。实验结果表明了L1-Graph半质化方法的有效性。

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