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A Geometric Correction Method Using Stereo Vision for Projected Images

机译:基于立体视觉的投影图像几何校正方法

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This paper proposes a geometric correction method using stereo camera for projected images. When we use a projector in the various places, a projected image is deformed due to the shape of a display surface, the positional relationship between a projector and a display surface, etc. Addressing this problem, we propose a geometric correction method for projected images, which employs 3D measurement technique with the stereo camera. The proposed method enables us to automatically correct the deformation of projected images during the projection of ordinary images. In our method, we employ the correspondence search technique based on Phase-Only Correlation (POC) to obtain dense 3D shape of the display surface. A set of experiments demonstrates that the proposed method is effective for correcting deformation of projected images.
机译:提出了一种利用立体相机对投影图像进行几何校正的方法。当在各个地方使用投影仪时,由于显示表面的形状,投影仪与显示表面之间的位置关系等,投影图像会变形。针对此问题,我们提出了一种对投影图像进行几何校正的方法,它在立体相机中采用了3D测量技术。所提出的方法使我们能够在普通图像的投影过程中自动校正投影图像的变形。在我们的方法中,我们采用基于仅相位相关性(POC)的对应搜索技术来获得显示表面的密集3D形状。一组实验表明,所提出的方法对于校正投影图像的变形是有效的。

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