Because this method is not based on the constraint of rigidity, it can solve the correspondence problem of nonrigid motion.
由于此文的方法没有建立在运动的刚性约束之上，所以该方法同样适用于各种非刚体运动的特征点对应。
The paper also proposes a new algorithm for simplifying contour data and USES a simple method to solve the correspondence problem.
文中还提出了一种轮廓数据简化算法和一种简便的轮廓点对应方法。
Because this method is not based on the constraint of body rigidity, it can solve the correspondence problem of nonrigid body motion.
由于本方法没有涉及任何刚体运动约束，所以适用于各种非刚体运动的特征点对应。
The major difficulty in stereo vision is the correspondence problem that requires matching features between two or more stereo images.
立体视觉中最大的困难是对应点的寻找，即需要匹配二幅或更多幅立体图像对之间的特征。
An approach to addressing the stereo correspondence problem is presented using genetic algorithms (GAs) to obtain a dense disparity map.
提出了一种利用遗传算法解决立体匹配问题的方法以获得稠密的视差图。
The problem can be decomposed into four sub-problems, the correspondence problem, the branching problem, the tiling problem and the surface fitting problem.
这个问题可以分为四个子问题，即轮廓对应问题、分叉问题、拼接问题和曲面拟合问题。
The solution to the correspondence problem is important for reconstruction of surface from contours, especially for validity of topology of the reconstructed triangular mesh.
轮廓对应问题的解决是基于轮廓数据曲面重构的关键工作，是保证重建网格模型拓扑关系正确性的基础。
The solution to the correspondence problem is important for reconstruction of surface from contours, especially for validity of topology of the reconstructed triangular mesh.
轮廓对应问题的解决是基于轮廓数据曲面重构的关键工作，是保证重建网格模型拓扑关系正确性的基础。
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