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An Improved 1-D filtering Method for LIDAR Point Cloud

机译:LIDAR点云的一种改进的一维滤波方法

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摘要

This paper discusses how to separate non-ground points from raw LIDAR point cloud. For the purpose of improving processing efficiency and precision, an improved 1-D filtering method is proposed. The entire filtering process is divided into eight steps and non-ground points are eliminated progressively. In these processing steps, a key-point detection technique is used to segment points in profile. Based on these profile segments, detailed analysis is utilized to implement segment-oriented filtering innovatively. This method makes use of entire features of segmental points for classification, so it is more accuracy and robust than traditional point-by-point classification. Two different scale datasets are used to test our method. Compared to 1-D labeling method, the proposed method is more effective and efficiency.
机译:本文讨论了如何从原始LIDAR点云中分离出非地面点。为了提高处理效率和精度,提出了一种改进的一维滤波方法。整个滤波过程分为八个步骤,逐步消除了非接地点。在这些处理步骤中,关键点检测技术用于分割轮廓中的点。基于这些配置文件细分,详细分析可用于创新性地实现面向细分的过滤。该方法利用分段点的全部特征进行分类,因此比传统的逐点分类具有更高的准确性和鲁棒性。使用两个不同的比例数据集来测试我们的方法。与一维标记方法相比,该方法更加有效。

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