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Characterization of the Fels Landslide (Alaska) Using Combined Terrestrial, Aerial, and Satellite Remote Sensing Data
作者: Davide   Donati     Doug   Stead     Bernhard   Rabus     Jeanine   Engelbrecht     John   J.   Clague     Stephen   D.   Newman     Mirko   Francioni   来源: Remote Sensing 年份: 2023 文献类型 : 期刊 关键词: Motion   multisensor   SAR   Analysis   LiDAR   displacement   from   landslide   monitoring   characterization   structure  
描述: imagery is used to highlight the relationship between glacier retreat and developing instability.
Characterization of the Fels Landslide (Alaska) Using Combined Terrestrial, Aerial, and Satellite Remote Sensing Data
作者: Davide   Donati     Doug   Stead     Bernhard   Rabus     Jeanine   Engelbrecht     John   J.   Clague     Stephen   D.   Newman     Mirko   Francioni   来源: Remote Sensing 年份: 2023 文献类型 : 期刊 关键词: Motion   multisensor   SAR   Analysis   LiDAR   displacement   from   landslide   monitoring   characterization   structure  
描述: imagery is used to highlight the relationship between glacier retreat and developing instability.
Vegetation Type Based on High Spatial Resolution Aerial Images
作者: Shiou   Li     Xianyun   Fei     Peilong   Chen     Zhen   Wang     Yajun   Gao     Kai   Cheng     Huilong   Wang     Yuanzhi   Zhang   来源: Remote Sensing 年份: 2023 文献类型 : 期刊 关键词: based   image   sensing   deep   images   vegetation   learning   type   classification   aerial   remote   mountain   high   Analysis   spatial   object  
描述: require the integration of Object-Based Image Analysis (OBIA) and Deep Convolutional Neural Networks
Vegetation Type Based on High Spatial Resolution Aerial Images
作者: Shiou   Li     Xianyun   Fei     Peilong   Chen     Zhen   Wang     Yajun   Gao     Kai   Cheng     Huilong   Wang     Yuanzhi   Zhang   来源: Remote Sensing 年份: 2023 文献类型 : 期刊 关键词: based   image   sensing   deep   images   vegetation   learning   type   classification   aerial   remote   mountain   high   Analysis   spatial   object  
描述: require the integration of Object-Based Image Analysis (OBIA) and Deep Convolutional Neural Networks
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