In this thesis we propose algorithms for tracking 3D deformable shapes in motion from multiview video. Although series of reconstructed 3D shapes can be obtained by applying a static reconstruction algorithm to each temporal frame independently, such series do not represent motion. Instead, we want to provide a temporally coherent representation of the sequence of shapes resulting from temporal evolutions of a shape. Precisely, we want to represent the observed shape sequence as a 3D surface mesh whose vertices move in time but whose topology is constant.In contrast with most existing approaches, we propose to represent the motion of inner shape volumes, with the aim of better accounting for the volumetric nature of the observed object. We ...
We propose a new algorithm using deformable mesh model for complex 3D motion estimation of multiple ...
International audienceIn this paper we present a method to iteratively capture the dynamic evolution...
International audienceRecovering 3D shape motion using visual information is an important problem wi...
In this thesis we propose algorithms for tracking 3D deformable shapes in motion from multiview vide...
In this thesis we propose algorithms for tracking 3D deformable shapes in motion from multiview vide...
Dans cette thèse nous proposons des algorithmes pour le suivi 3D du mouvement des objects déformable...
In this thesis we address the problem of digitizing the motion of three-dimensional shapes that move...
In this thesis we address the problem of digitizing the motion of three-dimensional shapes that move...
In this thesis we address the problem of digitizing the motion of three-dimensional shapes that move...
In this thesis we address the problem of digitizing the motion of three-dimensional shapes that move...
In this thesis we address the problem of digitizing the motion of three-dimensional shapes that move...
International audienceIn this paper we present a method to iteratively capture the dynamic evolution...
International audienceIn this paper we present a method to iteratively capture the dynamic evolution...
International audienceWe present a novel methodology for the analysis of complex object shapes in mo...
International audienceWe present a novel methodology for the analysis of complex object shapes in mo...
We propose a new algorithm using deformable mesh model for complex 3D motion estimation of multiple ...
International audienceIn this paper we present a method to iteratively capture the dynamic evolution...
International audienceRecovering 3D shape motion using visual information is an important problem wi...
In this thesis we propose algorithms for tracking 3D deformable shapes in motion from multiview vide...
In this thesis we propose algorithms for tracking 3D deformable shapes in motion from multiview vide...
Dans cette thèse nous proposons des algorithmes pour le suivi 3D du mouvement des objects déformable...
In this thesis we address the problem of digitizing the motion of three-dimensional shapes that move...
In this thesis we address the problem of digitizing the motion of three-dimensional shapes that move...
In this thesis we address the problem of digitizing the motion of three-dimensional shapes that move...
In this thesis we address the problem of digitizing the motion of three-dimensional shapes that move...
In this thesis we address the problem of digitizing the motion of three-dimensional shapes that move...
International audienceIn this paper we present a method to iteratively capture the dynamic evolution...
International audienceIn this paper we present a method to iteratively capture the dynamic evolution...
International audienceWe present a novel methodology for the analysis of complex object shapes in mo...
International audienceWe present a novel methodology for the analysis of complex object shapes in mo...
We propose a new algorithm using deformable mesh model for complex 3D motion estimation of multiple ...
International audienceIn this paper we present a method to iteratively capture the dynamic evolution...
International audienceRecovering 3D shape motion using visual information is an important problem wi...