Abstract
A simple triangulation-based range sensor and its calibration procedure are described. The sensor consists of a projector that produces a plane of light, a camera that observes the intersection of the plan of light and objects in the scene, and a computer that calculates the x-y-z positions of points along the intersection. In this paper straightforward procedures are presented for calibrating a camera, computing the equation of a plane, and combining a camera calibration and an equation of a light plane to form a “sensor” matrix. The sensor matrix can be used to compute the x-y-z positions for points along the intersection efficiently.
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