Using Multispectral Imagery from UAV to Derive Selected Forest Inventory Parameters

Jakub Seidl, Tereza Čenčíková, Ondřej Renner, Jan Bojko, Tomáš Vantuch
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Abstract

The following article deals with the usage of Unmanned Aerial Vehicles in the forest inventory. The main goal is to obtain general information about certain forest areas based on deriving data from UAV captured multispectral images. Parameters like the number of individual trees plus their species classification and health condition evaluation are obtained via the usage of deep learning techniques. Additional parameters, like crown diameter, are calculated too based on the segmentation of the digital elevation model. Used techniques are described, evaluated and further development proposed.
利用无人机多光谱图像提取选定森林清查参数
下面的文章讨论了无人机在森林清查中的应用。主要目标是基于从无人机捕获的多光谱图像中获取数据,获得关于某些森林地区的一般信息。通过使用深度学习技术获得诸如单个树的数量以及它们的物种分类和健康状况评估等参数。其他参数,如冠径,也基于数字高程模型的分割计算。对使用的技术进行了描述、评价并提出了进一步发展的建议。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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