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A Method for Fine Registration of Multiple View Range Images Considering the Measurement Error Properties

机译:考虑测量误差特性的多视场图像精细配准方法

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摘要

This paper presents a new method for fine registration of two range images from different viewpoints that have been roughly registered. Our method deals with the properties of the measurement error of the range image data. The error distribution is different for each point in the image and is usually dependent on both the viewing direction and the distance to the object surface. We find the best transformation of two range images to align each measured point and reconstruct 3D total object shape by taking such properties of the measurement error into account. The position of each measured point is corrected according to the variance and the extent of the distribution of its measurement error. The best transformation is selected by the evaluation of the effectiveness of this correction of every measured point. The experiments showed that our method produced better results than the conventional ICP method.
机译:本文提出了一种新的方法,用于从已经粗略配准的不同角度精细配准两个距离图像。我们的方法处理范围图像数据的测量误差的属性。误差分布对于图像中的每个点都是不同的,并且通常取决于观察方向和到物体表面的距离。我们找到了两个距离图像的最佳变换,以对齐每个测量点,并通过考虑测量误差的这种属性来重建3D总对象形状。每个测量点的位置根据其测量误差的方差和分布程度进行校正。通过评估每个测量点的这种校正效果的有效性来选择最佳变换。实验表明,我们的方法产生了比常规ICP方法更好的结果。

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