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Label Noise Robust Classification Of Hyperspectral Data

机译:标签噪声稳健分类高光谱数据

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摘要

Supervised classification on remotely sensed data is a classical method to detect objects automatically and to update topo-graphical datasets. To train the classifier, already labeled image data are needed. The training labels are typically created manually for parts of the given data, which is time-consuming and thus costly. Another approach would be to use the labels from an old and outdated dataset, called map, to avoid manual effort. Due to changes over time some of the labels might be wrong, and thus the used classifier has to be able to deal with that. In this paper, we apply label noise robust classification on two hyperspectral datasets using a simulated outdated map for training.
机译:对远程感测数据的监督分类是自动检测对象并更新顶部图形数据集的经典方法。要培训分类器,需要已标记的图像数据。训练标签通常是手动创建的给定数据的部分,这是耗时的,因此昂贵。另一种方法是使用来自旧和过时数据集的标签,称为地图,以避免手动努力。由于随着时间的变化,一些标签可能是错误的,因此使用的分类器必须能够处理该标签。在本文中,我们使用模拟过时的地图在两个高光谱数据集上应用标签噪声稳健分类进行培训。

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