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.
J.M. Tenenbaum, H.G. Barrow, Robert C. Bolles , M.A. Fischler, & H.C. Wolf
A map-guided approach to interpretation of remotely sensed imagery is described, with emphasis on applications involving continuous monitoring of predetermined ground sites.
This paper describes the results obtained in a research program ultimately concerned with deriving a physical sketch of a scene from one or more images.
Parametric correspondence is a technique for matching images to a three dimensional symbolic reference map. An analytic camera model is used to predict the location and appearance of landmarks in the image, generating a projection for an assumed viewpoint.
This paper builds a case for needed additional levels of representation and outlines the design of a general-purpose computer-vision system capable of high performance in a wide variety of industrial vision tasks.
In 1981 SRI introduced RANSAC, a now widely referenced paradigm for robust communication ideally suited to computer vision (a type of artificial intelligence used in image analysis.
