Projector Calibration using Arbitrary Planes and Calibrated Camera

M. Kimura, M. Mochimaru, T. Kanade
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引用次数: 86

Abstract

In this paper, an easy calibration method for projector is proposed. The calibration handled in this paper is projective relation between 3D space and 2D pattern, and is not correction of trapezoid distortion in projected pattern. In projector-camera systems, especially for 3D measurement, such calibration is the basis of process. The projection from projector can be modeled as inverse projection of the pinhole camera, which is generally considered as perspective projection. In the existing systems, some special objects or devices are often used to calibrate projector, so that 3D-2D projection map can be measured for typical camera calibration methods. The proposed method utilizes projective geometry between camera and projector, so that it requires only pre-calibrated camera and a plane. It is easy to practice, easy to calculate, and reasonably accurate.
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投影仪校准使用任意平面和校准相机
本文提出了一种简便的投影仪标定方法。本文所处理的校正是三维空间与二维图形之间的投影关系,而不是投影图形中梯形畸变的校正。在投影摄像机系统中,特别是在三维测量中,这种标定是整个过程的基础。投影机的投影可以建模为针孔相机的逆投影,一般认为是透视投影。在现有的系统中,通常使用一些特殊的物体或设备来校准投影仪,以便测量3D-2D投影地图,用于典型的摄像机校准方法。该方法利用摄像机和投影仪之间的投影几何,因此只需要预先校准的摄像机和一个平面。它易于实践,易于计算,而且相当准确。
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