This study obtains projective reconstructions of an object or a scene from its image pair and measures relative consistency of these projective reconstructions. 3D points are estimated from an image pair using projective and epipolar geometry. Two measures are presented for verification of projective reconstructions with each other. These measures are based on the equality of ratios between the x-, y- and z-coordinates of 3D reconstructed points which are obtained from the same corresponding points. This information is used for measuring the relative consistency of projective reconstructions obtained from the same image pair
International audienceThere are three projective invariants of a set of six points in general positi...
This paper addresses the problem of recovering relative structure, in the form of an invariant, re...
We address the problem of reconstructing 3D space in a projective framework from two or more views, ...
Recently, different approaches for uncalibrated stereo have been suggested which permit projective r...
In this paper, we show how relative 3D reconstruction from point correspondences of multiple uncalib...
In this paper, we show how relative 3D reconstruction from point correspondences of multiple uncalib...
Although metric reconstruction is impossible from uncalibrated images, projective reconstruction fro...
For structured-light scanners, the projective geometry between a projector-camera pair is identical ...
This paper gives a new method for image rectification, the process of resampling pairs of stereo ima...
Circulated in 1995. Accepted subject to revision to IJCV in 1995, but never completedThis paper stud...
The problem of #nding the collineation between two 3-D projective reconstructions has been proved to...
International audienceIt is possible to recover the three-dimensional structure of a scene using ima...
There is a fundamental relationship between projective geometry and the perspective imaging geometry...
In this paper, we consider the problem of finding an optimal reconstruction from two views of a piec...
Projective geometry is a standard mathematical tool for image-based 3D reconstruction. Most reconstr...
International audienceThere are three projective invariants of a set of six points in general positi...
This paper addresses the problem of recovering relative structure, in the form of an invariant, re...
We address the problem of reconstructing 3D space in a projective framework from two or more views, ...
Recently, different approaches for uncalibrated stereo have been suggested which permit projective r...
In this paper, we show how relative 3D reconstruction from point correspondences of multiple uncalib...
In this paper, we show how relative 3D reconstruction from point correspondences of multiple uncalib...
Although metric reconstruction is impossible from uncalibrated images, projective reconstruction fro...
For structured-light scanners, the projective geometry between a projector-camera pair is identical ...
This paper gives a new method for image rectification, the process of resampling pairs of stereo ima...
Circulated in 1995. Accepted subject to revision to IJCV in 1995, but never completedThis paper stud...
The problem of #nding the collineation between two 3-D projective reconstructions has been proved to...
International audienceIt is possible to recover the three-dimensional structure of a scene using ima...
There is a fundamental relationship between projective geometry and the perspective imaging geometry...
In this paper, we consider the problem of finding an optimal reconstruction from two views of a piec...
Projective geometry is a standard mathematical tool for image-based 3D reconstruction. Most reconstr...
International audienceThere are three projective invariants of a set of six points in general positi...
This paper addresses the problem of recovering relative structure, in the form of an invariant, re...
We address the problem of reconstructing 3D space in a projective framework from two or more views, ...