由于物理上的一些限制，一次三维激光扫描不能获取扫描物体的全部数据，因此要对扫描点云进行拼接。
Due to physical limits, a three-dimensional laser scanning can't acquire all the data object, so to scanning point clouds for stitching.
摘要 ：为了实现大型自由曲面的三维面型测量，提出了采用光学定位跟踪技术的数据拼接方法。
Abstract : In order to realize 3D shape acquisition for large free surface, a data registration method using optical location tracking technology was proposed.
结果表明，利用该方法实现三维形面分区域测量及后序多片数据拼接，具有速度快、精度高、可操作性强等特点。
Experimental results show that this approach can realize the subdivided shapes measuring and data registering as the features of rapid speed...
采用DR-CT系列扫描仪可以快速的对模具进行扫描， 模具可以任意摆置，并自动进行多角度拼接，得到物体高精度三维数据描述。
By means of scan die or toy with random position, DR-CT can provide the Polygon mesh models with high quality 3D description.
针对视觉测量中三维数据的拼接问题，提出一种基于平面基线靶标的数据拼接方法。
A data registration method based on planar baseline target is proposed for the 3d data registration problem in vision measurement.
针对视觉测量中三维数据的拼接问题，提出一种基于平面基线靶标的数据拼接方法。
A data registration method based on planar baseline target is proposed for the 3d data registration problem in vision measurement.
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