首页> 外国专利> Self-calibration of camera system involves inserting matrices describing transformations into equation giving equation system linear in calibration parameters until it can be fully solved by computer

Self-calibration of camera system involves inserting matrices describing transformations into equation giving equation system linear in calibration parameters until it can be fully solved by computer

机译:相机系统的自校准包括将描述变换的矩阵插入方程式中,使方程式系统在校准参数中线性化,直到可以完全由计算机解决

摘要

The method involves using a number of images of a scene taken from different positions and/or viewing directions and measurement data for the relative rotation of the at least one camera between the individual records, whereby the camera parameters are determined with a linear equation system. It involves determining a first linear transformation from corresponding points in images selected in pairs, determining a second linear transformation representing the rotation, inserting matrices describing the transformations into an equation giving an equation system that is linear in the calibration parameters, inserting further matrices from further image pairs until the equation system can be uniquely solved by computer.
机译:该方法包括使用从不同位置和/或观看方向拍摄的场景的多个图像以及用于至少一个摄像机在各个记录之间的相对旋转的测量数据,从而通过线性方程系统确定摄像机参数。它涉及从成对选择的图像中的对应点确定第一线性变换,确定代表旋转的第二线性变换,将描述这些变换的矩阵插入方程式中,该方程式给出在校准参数中呈线性的方程式系统,再从中插入其他矩阵图像对,直到方程组可以由计算机唯一求解。

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