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Geometric Modelling and CAD

机译:几何建模和CAD

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摘要

LIDAR flights with multi-objective are every day more widespread. Governments are aware of the high potential that can be derived from point clouds obtained from these flights. One of the major fields in which applications are developed is the agroforestry field, especially related to forest management of large numbers of trees. Quickly parameters forests and even individual trees are achieved. We intend to initiate a new guidance on the use of LIDAR data in order to identify tree species through the envelope profile of the cloud of points composing each individual tree. The projection of the point cloud of individual trees and the study of their convex hull, will characterize a given forest stand and assign a particular species. The method used is primarily on the analysis of two-dimensional projection of the point cloud of an individual tree and obtaining their convex hull. The study of the geometrical characteristics of said envelope to a representative number of trees and their association with forest parameters such as the maximum width or height glass plant mass, will assign the woodland studied a typology of particular species.
机译:LIDAR与多目标的航班每天都普遍存在。政府意识到可以从这些航班获得的点云衍生的高潜力。开发申请的主要领域之一是农林商场,特别是与大量树木的森林管理有关。快速参数森林甚至各个树木都是实现的。我们打算启动关于使用LIDAR数据的新指南,以便通过组成每个单独树的点的包络配置文件来识别树种。各个树木点云的投影和对凸壳的研究,将表征给定的森林支架并分配特定物种。所用方法主要是在分析单个树的点云的二维投影并获得其凸壳。对代表性数量的树木的几何特征及其与最大宽度或高度玻璃植物群众的森林参数的几何特征的研究将分配林地研究特定物种的类型。

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