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Tree Species Classification Based on the Analysis of Hyperspectral Remote Sensing Data

机译:基于高光谱遥感数据分析的树种分类

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Current tree species classification algorithms operate on a stand-wise level and therefore high-resolution satellite data is sufficient. Local forest inventories at a small-scale level, as well as detailed biodiversity monitoring, need single tree based classification to meet their demands on granularity. The optimal choice of multispectral bands can highly improve classification results. In order to find suitable bands and to evaluate their impact on tree species classification a set of images, satellite data and hyperspectral data is analyzed and the result is tested in a simple decision tree approach to species classification
机译:当前树种分类算法在待机水平上运行,因此高分辨率卫星数据足够了。当地森林清单处于小规模水平,以及详细的生物多样性监测,需要单棵树的分类来满足他们对粒度的要求。多光谱带的最佳选择可以高度改善分类结果。为了找到合适的频带并评估它们对树种的影响分类,分析了一组图像,卫星数据和高光谱数据,并在一个简单的决策树方法中测试了结果的物种分类

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