Line Feature Extraction from RGB Laser Point Cloud

Xujie Kang, Jing Li, Xiangtao Fan
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引用次数: 4

Abstract

Line feature extraction from point cloud is a useful technology in many application fields such as surveying, 3d reconstruction and self-driving. Currently, existing methods focus on line feature extraction solely from point cloud data while less focus has been put into point cloud with RGB texture information. This paper proposes a line extraction method from RGB laser point cloud under the RANSAC framework. The extracted line features include the intersection lines between planes, line features with depth discontinuity and those with change in RGB intensity values. The developed algorithm adopted plane segmentation of point cloud, bit map construction, line segment detection with global RANSAC. The experimental results show that the majority of the line features can be extracted while being robust to point cloud noise, outliers and missing data.
RGB激光点云的线特征提取
从点云中提取线特征在测量、三维重建和自动驾驶等许多应用领域都是一项有用的技术。目前,现有的方法主要集中于单纯从点云数据中提取线特征,而对含有RGB纹理信息的点云的提取关注较少。提出了一种RANSAC框架下的RGB激光点云线提取方法。提取的线特征包括平面间的交点线、深度不连续的线特征和RGB强度值变化的线特征。该算法采用点云平面分割、位图构建和全局RANSAC的线段检测。实验结果表明,在对点云噪声、离群值和缺失数据具有较强鲁棒性的同时,可以提取出大部分的线特征。
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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