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Range image registration based on weighted iterative closest point algorithm

机译:基于加权迭代最近点算法的范围图像配准

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Range image can be obtained by 3D-Scanning and needs registration. Based on the classic ICP (Iterative Closest Point) algorithm, this paper presents an improved ICP method. The classic ICP uses the 3D point-to-point distance as the error measurement function. In our paper, the point-to-point distance will be replaced by a point-to-facet distance. By formula derivation, this measurement function can be transformed into facet-weighted point-to-point distance. We apply this method for range image registration and the result shows the validity of this algorithm, which has faster convergence rate and better anti-noise attribute than previously described weighted ICP methods.
机译:范围图像可以通过3D扫描和需求注册获得。基于经典ICP(迭代最近点)算法,本文提出了一种改进的ICP方法。经典ICP使用3D点对点距离作为误差测量功能。在我们的论文中,点对点距离将由点对点距离替换。通过公式推导,可以将该测量功​​能转换为刻面加权点对点距离。我们应用这种方法进行范围图像配准,结果显示了该算法的有效性,其具有比先前描述的加权ICP方法更快的收敛速率和更好的抗噪声属性。

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