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A 3-D RECONSTRUCTION METHOD BASED ON THE CONSTRAINT OF EPIPOLAR GEOMETRY

机译:基于对末极几何约束的三维重建方法

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摘要

This paper combines the least-square method and iteration method to get the fundamental matrix and develops a new evaluation function based on the epipolar geometry. During the iteration, with the evaluation function as a measurment, the points which bring larger noise are deleted, and the points with smaller noise are retained, thus the precision of our method is increased. The experiment results indicate the new method is precise in calculation, stable in performance and resistant to noise.
机译:本文结合了最小二乘法和迭代方法来获取基础矩阵,并基于截面几何形成新的评估功能。在迭代期间,利用评估函数作为测量,删除带来较大噪声的点,保留具有较小噪声的点,因此我们方法的精度增加。实验结果表明,新方法在计算中精确,性能稳定,抗噪声。

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