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Automatic Land Cover Classification for Regional Area by an Improved Supervised Learning Procedure

机译:通过改进的监督学习程序对区域区域进行自动土地覆盖分类

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In the task of classification for remotely sensed imagery, it's always hard to get an automatic and accurate result. This paper proposed a supervised learning process for land cover classification. Feature learning and pattern learning are defined and combined for this classification process. First land cover features are extracted from many ancillary data, and object features are extracted from imagery. Then feature learning are adopted to select samples automatically. At last, a supervised classifier like decision trees is used to learn land cover pattern from these samples, and classify the imagery. In this process, all of the work are executed by machine. In the experiment, a SPOT5 imagery is used for land cover classification. The result shows that the proposed method classifies the remote sensing data with a high and stable accuracy.
机译:在遥感图像的分类任务中,始终很难获得自动而准确的结果。本文提出了一种土地覆盖分类的监督学习过程。为此分类过程定义并组合了特征学习和模式学习。首先从许多辅助数据中提取土地覆盖特征,并从图像中提取对象特征。然后采用特征学习自动选择样本。最后,像决策树这样的监督分类器被用来从这些样本中学习土地覆盖模式,并对图像进行分类。在此过程中,所有工作均由机器执行。在实验中,将SPOT5影像用于土地覆盖分类。结果表明,该方法对遥感数据进行了分类,具有较高的精度和稳定性。

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