基于几何模型的地面激光扫描数据配准

Dong Zhang, Teng Huang, Guihua Li
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摘要

提出了一种在无目标情况下,基于几何模型的地面激光扫描点云配准方法。我们从重叠区域的分割点云中得到拟合的圆柱体的轴向量。然后利用柱面的轴向矢量和柱面的圆心求出旋转和平移的参数。进一步分析了配准精度及其影响因素。实验结果表明,基于几何模型的方法对地面激光扫描数据的配准具有较高的灵活性和精度。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Geometric model based registration of terrestrial laser scanning data
This paper presents an approach for the registration of terrestrial laser scanning point clouds based on geometric models while there are no targets in the scanning process. We obtained the axis vectors of the cylinders that are fitted from the segmented point clouds in the overlapping areas. Then we solved the parameters of the rotation and translation by using the axis vectors and the centers of the cylinders. Further, we analyzed the registration accuracy and its influencing factors. The test result shows that the geometric model based approach actually offers high degree of flexibility and meets high accuracy for registering terrestrial laser scanning data.
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