International audienceWe consider the self-calibration problem for a moving camera whose intrinsic parameters are known, except the focal length, which may vary freely across different views. The conditions under which the determination of the focal length's values for an image sequence is not possible, are derived. These depend only on the camera's motions. We give a complete catalogue of the so-called critical motion sequences. This is then used to derive the critical motion sequences for stereo systems with variable focal lengths
We introduce a novel outlook on the self-calibration task, by considering images taken by a camera i...
Self-calibration for imaging sensors is essential to many computer vision applications. In this pape...
International audienceAutocalibration is a difficult problem. Not only is its computation very noise...
International audienceWe consider the self-calibration problem for a moving camera whose intrinsic p...
We consider the self-calibration problem for a moving camera whose intrin-sic parameters are known, ...
International audienceAuto-calibration is the recovery of the full camera geometry and Euclidean sce...
International audienceIn this paper, sequences of camera motions that lead to inherent ambiguities i...
Abstract- English It is an important requirement for many computer vision applications that the imag...
This paper focuses on the estimation of the intrinsic camera parameters and the trajectory of the ca...
The use of some new techniques such as self-calibration and calibration from partial a priori inform...
A procedure is described for self-calibration of a moving camera from instantaneous optical flow. Un...
see also paper in IVC 1997International audienceWe consider the problem of self-calibrating a moving...
Abstract. The main result of this paper is a procedure for self-calibration of a moving camera from ...
International audienceIn this paper, sequences of camera motions that lead to inherent ambiguities i...
We present a method for self-calibration of a camera which is free to rotate and change its intrinsi...
We introduce a novel outlook on the self-calibration task, by considering images taken by a camera i...
Self-calibration for imaging sensors is essential to many computer vision applications. In this pape...
International audienceAutocalibration is a difficult problem. Not only is its computation very noise...
International audienceWe consider the self-calibration problem for a moving camera whose intrinsic p...
We consider the self-calibration problem for a moving camera whose intrin-sic parameters are known, ...
International audienceAuto-calibration is the recovery of the full camera geometry and Euclidean sce...
International audienceIn this paper, sequences of camera motions that lead to inherent ambiguities i...
Abstract- English It is an important requirement for many computer vision applications that the imag...
This paper focuses on the estimation of the intrinsic camera parameters and the trajectory of the ca...
The use of some new techniques such as self-calibration and calibration from partial a priori inform...
A procedure is described for self-calibration of a moving camera from instantaneous optical flow. Un...
see also paper in IVC 1997International audienceWe consider the problem of self-calibrating a moving...
Abstract. The main result of this paper is a procedure for self-calibration of a moving camera from ...
International audienceIn this paper, sequences of camera motions that lead to inherent ambiguities i...
We present a method for self-calibration of a camera which is free to rotate and change its intrinsi...
We introduce a novel outlook on the self-calibration task, by considering images taken by a camera i...
Self-calibration for imaging sensors is essential to many computer vision applications. In this pape...
International audienceAutocalibration is a difficult problem. Not only is its computation very noise...