把该方法应用于结构光的三维重构中，实验结果表明计算精度能满足三维数据融合的要求。
When it is used in 3D reconstruction by structured light, the experiment result shows the precision fits the needs of 3D data fusion.
在多视点三维数据融合中，提出了一种通过计算消影点来求解工作台旋转角度的方法，该方法简单易行、降低了成本。
An easy and practical method of measuring Angle is presented, which is measuring the Angle of revolving turntable by solving vanishing point.
探讨了摄像机标定、激光平面标定、被测物体点三维坐标计算及多视角测量数据融合等关键技术。
Some key technologies are discussed such as video cameral calibrating, laser plane calibrating 3-D coordinate computing of measured object and data fusion of multiple view measurement.
摘要：为了降低成本，在简易设备上实现多视点下三维数据的融合，文中提出了一种简单易行的工作台旋转角度测量方法。
Absrtact: To reduce the cost and realize 3d data fusion from different view - points with facile facilities, an easy and practical method of measuring Angle is presented.
在第三章中，我们提出了一个三维点云数据片间基于紧支撑r BF的配准和融合算法。
In Chapter 3, we present a novel registration algorithm for 3d point cloud patches based on CSRBF.
在第三章中，我们提出了一个三维点云数据片间基于紧支撑r BF的配准和融合算法。
In Chapter 3, we present a novel registration algorithm for 3d point cloud patches based on CSRBF.
应用推荐