In this paper, we give geometric constructive solutions to the 3D vision problems such as -- how to back project an image point and how to project a space point in monocular vision, -- how to determine the epipolar geometry in stereo vision, -- how to locate the optical center of the camera. No direct calibration is needed, the necessary reference points are directly included in the computation. The method involves only simple geometric computation. The appropriate mathematical tool, projective geometry, is introduced. Results on preliminary experiments are discussed and some future research directions are indicated. This work is supported by Bra First project from Cec DG XIII and the Greco Prc Communication Homme-Machine under the project ...
In this paper, we propose a method for generating arbitrary view image by interpolating images betwe...
Projective geometry is a standard mathematical tool for image-based 3D reconstruction. Most reconstr...
We rigorously present the geometric issues related to binocular imaging. We identify the minimum num...
In this paper, we give geometric constructive solutions to the 3D vision problems such as -- how to ...
Stereo image orientation is one of the major topics in computer vision, photogrammetry, and robotics...
This chapter surveys the contributions of projective geometry to computer vision. Projective geometr...
We begin this paper with an introductory part of the projective, affine and euclidean geometry and t...
The solution of three-dimensional (3D) coordinate calculation task for a material point is considere...
International audienceThe author gives geometric constructive solutions for 3-D vision problems like...
The classical cameras in computer vision are central (pinhole) cameras. Rays of central cameras inte...
For structured-light scanners, the projective geometry between a projector-camera pair is identical ...
Epipolar geometry of a stereopair can be expressed either in 3D, as the relative orientation (i.e. t...
This bachelor thesis deals with solving planar geometric problems in slightly unusual way, by solvin...
International audienceThis work concerns the incorporation of geometric information in camera calibr...
The process of solving camera intrinsic and extrinsic parameters has been presented by using geometr...
In this paper, we propose a method for generating arbitrary view image by interpolating images betwe...
Projective geometry is a standard mathematical tool for image-based 3D reconstruction. Most reconstr...
We rigorously present the geometric issues related to binocular imaging. We identify the minimum num...
In this paper, we give geometric constructive solutions to the 3D vision problems such as -- how to ...
Stereo image orientation is one of the major topics in computer vision, photogrammetry, and robotics...
This chapter surveys the contributions of projective geometry to computer vision. Projective geometr...
We begin this paper with an introductory part of the projective, affine and euclidean geometry and t...
The solution of three-dimensional (3D) coordinate calculation task for a material point is considere...
International audienceThe author gives geometric constructive solutions for 3-D vision problems like...
The classical cameras in computer vision are central (pinhole) cameras. Rays of central cameras inte...
For structured-light scanners, the projective geometry between a projector-camera pair is identical ...
Epipolar geometry of a stereopair can be expressed either in 3D, as the relative orientation (i.e. t...
This bachelor thesis deals with solving planar geometric problems in slightly unusual way, by solvin...
International audienceThis work concerns the incorporation of geometric information in camera calibr...
The process of solving camera intrinsic and extrinsic parameters has been presented by using geometr...
In this paper, we propose a method for generating arbitrary view image by interpolating images betwe...
Projective geometry is a standard mathematical tool for image-based 3D reconstruction. Most reconstr...
We rigorously present the geometric issues related to binocular imaging. We identify the minimum num...