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LEAF AND WOOD CLASSIFICATION OF A POINT CLOUD DATA BASED ON FLATNESS USING A VOXEL MODEL

机译:使用体素模型基于平坦度的点云数据的叶子和木材分类

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In this study, we suggested flatness as new geometric feature to base on which to classify point cloud using a machine learning. In order to verify that usefulness, tree point clouds which was obtained by TLS were classified into leaf and wood class on a voxel basis. As classification method, K-means clustering based on flatness and was applied. Two tree species was target for classification. The result showed, thin branches could not be classified into wood class but tree species were not influenced to classification accuracy. Best OA and Kappa were 70.0 % and 40.0 % respectably. We expected that further test using a 3 dimensional line fitting to detect thin branches with improve the accuracy. Moreover, this method can apply to point cloud data obtained by Structure from Motion technique.
机译:在这项研究中,我们建议平坦度作为新的几何特征,基于使用机器学习对点云进行分类。为了验证由TLS获得的有用性,树点云在体素的基础上被分类为叶子和木级。作为分类方法,基于平坦度并应用的K-Means聚类。两种树种是分类的目标。结果表明,薄的分支不能被分类为木级,但树种物种不会影响分类准确性。最佳OA和Kappa占敬意70.0%和40.0%。我们预计使用3维线配件进一步测试,以检测具有提高精度的薄分支。此外,该方法可以应用于来自运动技术的结构获得的点云数据。

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