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摘要: 我们通常采用任意摆放位置的三条直线来完成三维物体定位. 对于交于两点的三条非共面直线这种配置, 它具有位置任意摆放三条直线不具有的一些特殊性质. 因此, 我们基于这种特殊配置直线提出一种确定物体位姿的新方法. 在理论上, 这种方法是对基于三条直线位姿估计方法的丰富, 同时这种方法也能为实际工程应用提供支持. 而且, 我们提出一种解决多解现象的方法和一种新的迭代方法. 最后, 仿真实验表明我们的算法具有较快的工作速度和较好的鲁棒性.Abstract: We can usually determine the pose of objects from three lines in a general position. The configuration of three non-coplanar lines that intersect at two points has some particular characteristics, which three lines in a general position do not have. Here, we present a new method of determining object pose using this particular line configuration. In theory, this method enriches the pose estimation methods from three line correspondences. In addition, it provides guidance for practical applications. Furthermore, we propose a method to deal with multi-solution phenomenon and a new iterative method. Simulation results demonstrate that our algorithm works speedily and robustly.
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Key words:
- Line correspondences /
- pose estimation /
- multi-solution phenomenon /
- iterative method
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