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Light detection and ranging (LiDAR), as an active remote sensing technology, is characterized by providing high-precision geographical location information. In this study, we further explored its capability in image classification over a suburban area. Firstly, full waveforms of small footprint airborne LiDAR were decomposed into discrete point clouds. During the decomposition, six parameters describing...
Hyperspectral remote sensing technology demonstrates the capacity for accurate vegetation identification. Hyperion image acquired simultaneously in 356-2577nm narrow spectral bands with Wnm sampling interval allows the capture of vegetation types information. This paper employed hyperion hyperspectral data and ETM+ data acquired over Xishuangbanna tropical vegetation area in Yunnan province, China...
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