Point Cloud Plane Fitting Based on RANSAC and Robust Eigenvalue Method

Liaomo Zheng, Ruiduan Wang, Shiyu Wang, Xinjun Liu, Shipei Guo
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引用次数: 1

Abstract

Aiming at the problem of outliers and errors in the process of point cloud plane fitting, a point cloud plane fitting method combining random sampling consensus algorithm and an improved eigenvalue algorithm is proposed. The random sampling consensus algorithm is used to eliminate outliers, and the improved robust eigenvalue algorithm is used to fit the remaining effective points and calculate the plane parameters. The experimental results show that compared with the traditional eigenvalue method, least squares method and RANSAC algorithm, this method can improve the estimation accuracy of parameters, and is more suitable for fitting point cloud data with different outliers and errors. It is an ideal plane fitting method.
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基于RANSAC和鲁棒特征值法的点云平面拟合
针对点云平面拟合过程中存在的异常值和误差问题,提出了一种结合随机抽样一致性算法和改进特征值算法的点云平面拟合方法。采用随机抽样一致性算法剔除离群点,采用改进的鲁棒特征值算法拟合剩余有效点并计算平面参数。实验结果表明,与传统的特征值法、最小二乘法和RANSAC算法相比,该方法可以提高参数的估计精度,更适合于具有不同离群值和误差的点云数据的拟合。这是一种理想的平面拟合方法。
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