Point Cloud Registration based Track Correlation Method

Wenchao Lyu, Yang Song, Guanghong Liu, Kuoye Han, Jupeng Li
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Abstract

To suppress coordinate system offset and improve track correlation precision, a point cloud registration based correlation method for multi-radar was proposed in this paper. Coordinate system offset parameters were estimated by point cloud registration. Then based on the registration parameters, the coordinate system offset was calibrated, all the track points' positions were updated. Finally, the updated tracks were correlated by the K-Nearest Neighbors method. To evaluate the performance of the method, simulation data was used in experiments. Results indicate that the method improves the correlation accuracy and adapts to the coordinate offset in multi-radar systems.
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基于航迹相关的点云配准方法
为了抑制坐标系偏移,提高航迹相关精度,提出了一种基于点云配准的多雷达相关方法。通过点云配准估计坐标系偏移参数。然后根据配准参数标定坐标系偏移量,更新所有航迹点的位置。最后,利用k近邻法对更新后的轨迹进行关联。为了评估该方法的性能,在实验中使用了仿真数据。结果表明,该方法提高了相关精度,适应多雷达系统中的坐标偏移。
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