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Leaf-Less-Tree feature for semantic labeling applications on Google Earth Engine

机译:Google地球发动机上的语义标签应用程序的较少树特征

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Semantic labeling methods classify the earth surface into predefined classes. Very High Resolution images are popular in recent researches. Although they contains huge amount of data, obtaining required information is challenging. Semantic labeling methods utilize spectral and spatial features to define feature of classes. Tree class is typically considered in semantic labeling methods. Spectral information is insufficient in leaf less trees for feature extraction as there is no leaf to utilize vegetation indices. On the other side, tree branches are visible that could be used for spatial feature. A new spatial feature named Leaf-Less-Tree (LLT) is developed and presented in this work to improve leaf less tree detection in semantic labeling applications. Evaluation indicates accuracy improvement in test images.
机译:语义标记方法将地球表面分类为预定义的类。最高分辨率的图像在最近的研究中是流行的。虽然它们包含大量数据,但获取所需信息是具有挑战性的。语义标记方法利用光谱和空间特征来定义类的特征。树类通常以语义标记方法考虑。由于没有叶片来利用植被指数,叶片信息在叶片较少的树木中不足。另一方面,可见可用于空间特征的树枝。在这项工作中开发并介绍了一个名为Leaving-Leave-Dree(LLT)的新空间特征,以改善语义标记应用中的叶片较少的树检测。评估表明测试图像的准确性改进。

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