This chapter surveys the contributions of projective geometry to computer vision. Projective geometry deals elegantly with the general case of perspective projection and therefore provides interesting understanding of the geometric aspect of image formation. It also provides useful tools like perspective invariants. First the major definitions and results of this geometry are presented. Applications are then provided for several domains of 3-D computer vision, including location of the viewer for uncalibrated cameras, properties of epipolar lines in stereovision and object recognition
This paper studies the invariant theory for its applications to computer vision. In the first part o...
International audienceWe are interested in the applications of invariant theory to computer vision p...
Computer vision is concerned with the development of machines that can process visual information. C...
This chapter surveys the contributions of projective geometry to computer vision. Projective geometr...
Tutorial given at International Symposium on Photogrammetry & Remote SensingTutorial given at Intern...
The goal of the book is to support the design of solutions to computer graphic problems through an u...
There is a fundamental relationship between projective geometry and the perspective imaging geometry...
The purpose of this project was to see why projective geometry is related to the sort of sensors tha...
this paper we describe a simple extension to the well known results of projective geometry, resultin...
Invariants can be used to recognize objects in computer vision [1]. In this paper, an invariant of p...
After a historical introduction some applications of projective geometry are indicated by ...
no noteThis paper studies the invariant theory for its applications to computer vision. In the first...
There is a fundamental relationship between projective geometry and the perspective imaging geometry...
In this report we demonstrate the construction of projective invariants for structured three dimensi...
One of the main goals in computer vision is to infer three-dimensional characteristics of some obser...
This paper studies the invariant theory for its applications to computer vision. In the first part o...
International audienceWe are interested in the applications of invariant theory to computer vision p...
Computer vision is concerned with the development of machines that can process visual information. C...
This chapter surveys the contributions of projective geometry to computer vision. Projective geometr...
Tutorial given at International Symposium on Photogrammetry & Remote SensingTutorial given at Intern...
The goal of the book is to support the design of solutions to computer graphic problems through an u...
There is a fundamental relationship between projective geometry and the perspective imaging geometry...
The purpose of this project was to see why projective geometry is related to the sort of sensors tha...
this paper we describe a simple extension to the well known results of projective geometry, resultin...
Invariants can be used to recognize objects in computer vision [1]. In this paper, an invariant of p...
After a historical introduction some applications of projective geometry are indicated by ...
no noteThis paper studies the invariant theory for its applications to computer vision. In the first...
There is a fundamental relationship between projective geometry and the perspective imaging geometry...
In this report we demonstrate the construction of projective invariants for structured three dimensi...
One of the main goals in computer vision is to infer three-dimensional characteristics of some obser...
This paper studies the invariant theory for its applications to computer vision. In the first part o...
International audienceWe are interested in the applications of invariant theory to computer vision p...
Computer vision is concerned with the development of machines that can process visual information. C...