We begin this paper with an introductory part of the projective, affine and euclidean geometry and the different models of projection and cameras. After this, we focus on the theory of the epipolar geometry that relates correspondences in different images, namely in two, three and four images (where we also include some new results).Postprint (published version
A novel algorithm for robust RANSAC-like estimation of epipolar geometry (of uncalibrated camera pai...
This video explains the epipolar geometry for a special case of non-central catadioptric cameras (co...
This video explains the epipolar geometry of central catadioptric cameras.More information is provid...
We begin this paper with an introductory part of the projective, affine and euclidean geometry and t...
In this paper, we analyze the computation of epipolar geometry in some special cases where multiple ...
Stereo image orientation is one of the major topics in computer vision, photogrammetry, and robotics...
In this paper I try to show that through epipolar geometry we can unify the problems of image matchi...
Projective geometry is a standard mathematical tool for image-based 3D reconstruction. Most reconstr...
This video explains the epipolar geometry of perspective cameras and the classical procedure forster...
Abstract. We present a method for recovering the epipolar geometry from im-ages of smooth surfaces. ...
Epipolar geometry of a stereopair can be expressed either in 3D, as the relative orientation (i.e. t...
In this paper, we give geometric constructive solutions to the 3D vision problems such as -- how to ...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Electrical Engineering and Computer...
In this paper we are interested in the calculation of the equation governing pairs of epipolar lines...
In this paper, we propose a method for generating arbitrary view image by interpolating images betwe...
A novel algorithm for robust RANSAC-like estimation of epipolar geometry (of uncalibrated camera pai...
This video explains the epipolar geometry for a special case of non-central catadioptric cameras (co...
This video explains the epipolar geometry of central catadioptric cameras.More information is provid...
We begin this paper with an introductory part of the projective, affine and euclidean geometry and t...
In this paper, we analyze the computation of epipolar geometry in some special cases where multiple ...
Stereo image orientation is one of the major topics in computer vision, photogrammetry, and robotics...
In this paper I try to show that through epipolar geometry we can unify the problems of image matchi...
Projective geometry is a standard mathematical tool for image-based 3D reconstruction. Most reconstr...
This video explains the epipolar geometry of perspective cameras and the classical procedure forster...
Abstract. We present a method for recovering the epipolar geometry from im-ages of smooth surfaces. ...
Epipolar geometry of a stereopair can be expressed either in 3D, as the relative orientation (i.e. t...
In this paper, we give geometric constructive solutions to the 3D vision problems such as -- how to ...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Electrical Engineering and Computer...
In this paper we are interested in the calculation of the equation governing pairs of epipolar lines...
In this paper, we propose a method for generating arbitrary view image by interpolating images betwe...
A novel algorithm for robust RANSAC-like estimation of epipolar geometry (of uncalibrated camera pai...
This video explains the epipolar geometry for a special case of non-central catadioptric cameras (co...
This video explains the epipolar geometry of central catadioptric cameras.More information is provid...