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Laser scan matching in polar coordinates with application to SLAM

机译:极坐标中的激光扫描匹配及其在SLAM中的应用

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This paper presents a novel method for 2D laser scan matching called polar scan matching (PSM). The method belongs to the family of point to point matching approaches. Our method avoids searching for point associations by simply matching points with the same bearing. This association rule enables the construction of an algorithm faster than the iterative closest point (ICP). Firstly the PSM approach is tested with simulated laser scans. Then the accuracy of our matching algorithm is evaluated from real laser scans from known relative positions to establish a ground truth. Furthermore, to demonstrate the practical usability of the new PSM approach, experimental results from a Kalman filter implementation of simultaneous localization and mapping (SLAM) are provided.
机译:本文提出了一种用于二维激光扫描匹配的新方法,称为极性扫描匹配(PSM)。该方法属于点对点匹配方法家族。我们的方法通过简单地匹配具有相同方位角的点来避免搜索点关联。该关联规则使算法的构建比迭代最近点(ICP)更快。首先,PSM方法已通过模拟激光扫描进行了测试。然后,根据已知相对位置的真实激光扫描来评估我们的匹配算法的准确性,以建立地面真实性。此外,为了演示新PSM方法的实际可用性,提供了同时定位和映射(SLAM)的卡尔曼滤波器实现的实验结果。

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