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Range estimation by optical differentiation

机译:通过光学微分估算距离

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摘要

We describe a novel formulation of the range recovery problem based on computation of the differential variation in image intensities with respect to changes in camera position. This method uses a single stationary camera and a pair of calibrated optical masks to measure this differential quantity directly. We also describe a variant based on changes in aperture size. The subsequent computation of the range image involves simple arithmetic operations and is suitable for real-time implementation. We present the theory of this technique and show results from a prototype camera that we have constructed. (C) 1998 Optical Society of America. [References: 21]
机译:我们基于图像强度相对于相机位置变化的计算来描述范围恢复问题的新公式。此方法使用单个固定照相机和一对校准的光学掩模直接测量此差分量。我们还根据光圈大小的变化描述了一个变体。范围图像的后续计算涉及简单的算术运算,并且适合于实时实现。我们介绍了这项技术的原理,并显示了我们制造的原型相机的结果。 (C)1998年美国眼镜学会。 [参考:21]

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