在条纹投射测量系统的标定过程中对摄像机畸变图像进行修正，能有效地提高系统的标定精度。
Correcting the distorted image of camera in calibration process of fringe projection measurement system that can effectively improve the calibration accuracy of system.
从光学测量角度出发，结合计算机视觉中的摄像机标定方法，解决了大视场短焦距镜头CCD摄像系统的畸变校正问题。
According to the principle of optical measurement, a simple and effective method to measure the distortion of CCD camera with a largefield, short focal length lens is presented.
详细分析了影响高精度光电摄像系统测量精度的各项误差因素，针对这些误差因素提出了详尽的标定算法，建立了摄像系统的标定模型。
This paper analyses the error factors that affect the measurement accuracy in high precision photoelectric camera system, and presents errors calibration method in detail.
摄像机标定方法的选择和标定精度直接影响着轮对动态视觉测量系统的精度。
The accuracy of vision measurement system is influenced by choices of the calibration method and calibration accuracy.
传统的结构光三维测量系统对摄像机和投影仪的摆放有严格的要求或者标定过程较为复杂。
Traditionally the position between camera and projector is limited in the 3d measurement system based on structured light, or the process of system's calibration is very complicated.
传统的结构光三维测量系统对摄像机和投影仪的摆放有严格的要求或者标定过程较为复杂。
Traditionally the position between camera and projector is limited in the 3d measurement system based on structured light, or the process of system's calibration is very complicated.
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