Structure Estimation of 3D Objects by Monocular Analysis Using Plücker Representation. Estimation des Positions D’objets 3D par Analyse Monoculaire en Représentation de Plücker

Structure Estimation of 3D Objects by Monocular Analysis Using Plücker Representation

Estimation des Positions D’objets 3D par Analyse Monoculaire en Représentation de Plücker

C Boucher |  J-C. Noyer  | M. Benjelloun 

Laboratoire d’Analyse des Systèmes du Littoral (EA 2600), Université du Littoral Côte d’Opale 50, rue Ferdinand Buisson, B.P. 699, 62228 Calais Cedex, France

Page: 
113-128
 |
Received: 
14 November 2000
| |
Accepted: 
N/A
| | Citation
ts18_2_113-128.pdf

OPEN ACCESS

Abstract: 

This article deals with a geometric method that estimates the 3D structure of an object from the knowledge of their motion and a monocular image sequence, taking into account the whole acquisition scheme. The estimation of the 3D positions is done via the properties of the Plücker modelization, whose benefit is to ensure an invariant geometric formulation of the 2D and 3D straight line. Besides, this method is well suited to deal with objects which can be described by a polygonal approximation.

Résumé

Cet article présente une méthode géométrique d’estimation de la structure d’objets 3D à partir de la connaissance de leur mouvement et d’une séquence d’images monoculaire, en tenant compte de l’ensemble de la chaîne de perception. L’estimation des positions 3D est ici rendue possible par l’exploitation des propriétés de la représentation de Plücker, dont l’avantage est de présenter une formulation géométrique invariante de la droite 2D et 3D. À noter que cette méthode est bien adaptée à la prise en compte de tout objet que l’on peut décrire par une approximation polygonale.

Keywords: 

Structure estimation from motion, 2D motion analysis, Plücker representation

Mots clés 

Estimation de la structure à partir du mouvement, analyse du mouvement 2D, représentation de Plücker

1. Introduction
2. Suivi des Segments 2D
3. Reconstruction 3D
4. Passage aux Données Rétiniennes
5. Résumé de la Méthode
6. Résultats
7. Conclusion
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