The extended abstract describes a method for recognizing similar sub-parts of objects described by 3D polygonal meshes. The innovation of this method is the coupling of structure and geometry in the matching process. First of all, the structure of the shape is coded in a graph where each node is associated to a sub-part of the shape. Then, the matching between two shapes is approached using a graph-matching technique relying upon a geometric description of each sub-part
This thesis is about geometric algorithms for shape-based image retrieval. The shapes we consider a...
Finding correspondences between 3D shapes is a crucial problem in computer vision and graphics, whic...
Shape matching is a fundamental operation in digital geometry processing and computer graphics. Chal...
The extended abstract describes a method for recognizing similar sub-parts of objects described by 3...
Assessing the similarity among 3D shapes is a very complex and challenging research topic. While hum...
Assessing the similarity among 3D shapes is a very complex and challenging research topic. While hum...
Due to the growing number of 3D objects in digital libraries, the task of searching and browsing mod...
Due to the recent improvements to 3D object acquisition, visualization and modeling techniques, the ...
This paper introduces a method for partial matching of surfaces represented by triangular meshes. Ou...
This article introduces a method for partial matching of surfaces represented by triangular meshes. ...
Matching deformable 3D shapes under partiality transformations is a challenging problem that has rec...
Assessing the similarity among 3D shapes is a challenging research topic, and effective shape descri...
In this thesis, we address the challenge of computing correspondences between dissimilar shapes. Thi...
International audienceThis paper presents a shape descriptor for 3D meshes using a graph to represen...
Matching deformable 3D shapes under partiality transformations is a challenging problem that has rec...
This thesis is about geometric algorithms for shape-based image retrieval. The shapes we consider a...
Finding correspondences between 3D shapes is a crucial problem in computer vision and graphics, whic...
Shape matching is a fundamental operation in digital geometry processing and computer graphics. Chal...
The extended abstract describes a method for recognizing similar sub-parts of objects described by 3...
Assessing the similarity among 3D shapes is a very complex and challenging research topic. While hum...
Assessing the similarity among 3D shapes is a very complex and challenging research topic. While hum...
Due to the growing number of 3D objects in digital libraries, the task of searching and browsing mod...
Due to the recent improvements to 3D object acquisition, visualization and modeling techniques, the ...
This paper introduces a method for partial matching of surfaces represented by triangular meshes. Ou...
This article introduces a method for partial matching of surfaces represented by triangular meshes. ...
Matching deformable 3D shapes under partiality transformations is a challenging problem that has rec...
Assessing the similarity among 3D shapes is a challenging research topic, and effective shape descri...
In this thesis, we address the challenge of computing correspondences between dissimilar shapes. Thi...
International audienceThis paper presents a shape descriptor for 3D meshes using a graph to represen...
Matching deformable 3D shapes under partiality transformations is a challenging problem that has rec...
This thesis is about geometric algorithms for shape-based image retrieval. The shapes we consider a...
Finding correspondences between 3D shapes is a crucial problem in computer vision and graphics, whic...
Shape matching is a fundamental operation in digital geometry processing and computer graphics. Chal...