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Comparative Analysis of Automatic Water Identification Method Based on Multispectral Remote Sensing

机译:基于多光谱遥感的自动水识别方法对比分析

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In this paper, from the water spectral reflectance characteristics, I select five multi-spectral remote sensing water information extraction methods, issue comparative analysis and applicability assessment in five typical experiment areas based on Landsat data. I have made a comprehensive comparison and algorithm applicability analysis on the five kinds of methods. The main conclusions are the following: MNDWI and The spectral relationship method between multi-band have the most widely applicability, MNDWI always use in the building shadow and bare land. The spectral relationship method between multi-band has the special effects on the mountain shadow areas. NDVI has an apparent superiority in the dense forest and grassland, the low-cost of single-band threshold make it have more advantages in the great plains areas, compromise and low noise of NDWI can be used in complicated areas.
机译:本文从水谱反射特性,我选择了五种多光谱遥感水信息提取方法,在基于Landsat数据的五个典型实验区域发出比较分析和适用性评估。我对五种方法进行了全面的比较和算法适用性分析。主要结论如下:MNDWI和多频段之间的光谱关系方法具有最广泛的适用性,MNDWI总是在建筑阴影和裸机中使用。多频段之间的光谱关系方法对山阴影区域具有特殊效果。 NDVI在茂密的森林和草原上具有明显的优势,单带阈值的低成本使得在大平原区域具有更多优势,妥协和NDWI的低噪声可用于复杂的区域。

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