We generalize basic signal processing tools such as downsampling, upsampling, and filters to irregular connectivity triangle meshes. This is accomplished through the design of a non-uniform relaxation procedure whose weights depend on the geometry and we show its superiority over existing schemes whose weights depend only on connectivity. This is combined with known mesh simplification methods to build subdivision and pyramid algorithms. We demonstrate the power of these algorithms through a number of application examples including smoothing, enhancement, editing, and texture mapping
International audienceSemi-regular triangle remeshing algorithms convert irregular surface meshes in...
Triangles meshes are the most popular standard model to represent polygonal surfaces in Computer Gra...
In this thesis we extend signal processing techniques originally formulated in the context of image ...
We generalize basic signal processing tools such as downsampling, upsampling, and filters to irr...
We generalize basic signal processing tools such as downsampling, upsampling, and filters to irr...
International audienceThe concept of multiresolution analysis applied to irregular meshes has become...
International audienceThe concept of multiresolution analysis applied to irregular meshes has become...
During the last years the concept of multi-resolution modeling has gained special attention in many ...
Abstract: We build a local multiresolution of meshes when the connectivity is resulting from an enha...
Triangles meshes are the most popular standard model to represent polygonal surfaces in Computer Gra...
International audienceThis paper extends Lounsbery s multiresolution analysis wavelet-based theory f...
Triangles meshes are the most popular standard model used to represent polygonal surfaces in Compute...
In a previous work [1] we investigated how to reverse subdivision rules using local linear condition...
Abstract. We study the simplification of triangular and tetrahedral meshes using techniques based on...
International audienceThis paper proposes a new lossy to lossless progressive compression scheme for...
International audienceSemi-regular triangle remeshing algorithms convert irregular surface meshes in...
Triangles meshes are the most popular standard model to represent polygonal surfaces in Computer Gra...
In this thesis we extend signal processing techniques originally formulated in the context of image ...
We generalize basic signal processing tools such as downsampling, upsampling, and filters to irr...
We generalize basic signal processing tools such as downsampling, upsampling, and filters to irr...
International audienceThe concept of multiresolution analysis applied to irregular meshes has become...
International audienceThe concept of multiresolution analysis applied to irregular meshes has become...
During the last years the concept of multi-resolution modeling has gained special attention in many ...
Abstract: We build a local multiresolution of meshes when the connectivity is resulting from an enha...
Triangles meshes are the most popular standard model to represent polygonal surfaces in Computer Gra...
International audienceThis paper extends Lounsbery s multiresolution analysis wavelet-based theory f...
Triangles meshes are the most popular standard model used to represent polygonal surfaces in Compute...
In a previous work [1] we investigated how to reverse subdivision rules using local linear condition...
Abstract. We study the simplification of triangular and tetrahedral meshes using techniques based on...
International audienceThis paper proposes a new lossy to lossless progressive compression scheme for...
International audienceSemi-regular triangle remeshing algorithms convert irregular surface meshes in...
Triangles meshes are the most popular standard model to represent polygonal surfaces in Computer Gra...
In this thesis we extend signal processing techniques originally formulated in the context of image ...