Add to ORKGIn this work we present the principles and applications of geometry simplification, focusing on simplification of polygonal representations of solids and surfaces. Related concepts such as multiresolution, level-of-detail and geometry compression are also discussed. A characterization of surface simplification methods is presented, including a classification, review and evaluation of the more relevant methods.Postprint (author's final draft
Multiresolution representations are becoming more and more important for the visualization, operatio...
Multiresolution representations are becoming more and more important for the visualization, operatio...
The paper focuses on automatic simplification algorithms for the generation of a multiresolution f...
In this work we present the principles and applications of geometry simplification, focusing on sim...
International audienceIn recent years, multiresolution modeling has proved to be valuable in 3D geom...
ABSTRACT: Surface models containing billions of polygons are becoming more frequent in computer grap...
International audienceThe use of geometric simplification methods allows to reduce objectcomplexity ...
For twenty years, it has been clear that many datasets are excessively complex for applications such...
Multiresolution models with different levels of detail are a basic tool for handling very large an...
International audienceThe use of geometric simplification methods allows to reduce object<br />compl...
For twenty years, it has been clear that many datasets are excessively complex for applications such...
This work discusses simplification algorithms for the generation of a multiresolution family of soli...
Several recent SIGGRAPH papers on surface simplification are described. Keywords: Mesh simplificati...
Many applications in computer graphics and related fields can benefit fromautomatic simplification...
This work discusses simplification algorithms for the generation of a multiresolution family of soli...
Multiresolution representations are becoming more and more important for the visualization, operatio...
Multiresolution representations are becoming more and more important for the visualization, operatio...
The paper focuses on automatic simplification algorithms for the generation of a multiresolution f...
In this work we present the principles and applications of geometry simplification, focusing on sim...
International audienceIn recent years, multiresolution modeling has proved to be valuable in 3D geom...
ABSTRACT: Surface models containing billions of polygons are becoming more frequent in computer grap...
International audienceThe use of geometric simplification methods allows to reduce objectcomplexity ...
For twenty years, it has been clear that many datasets are excessively complex for applications such...
Multiresolution models with different levels of detail are a basic tool for handling very large an...
International audienceThe use of geometric simplification methods allows to reduce object<br />compl...
For twenty years, it has been clear that many datasets are excessively complex for applications such...
This work discusses simplification algorithms for the generation of a multiresolution family of soli...
Several recent SIGGRAPH papers on surface simplification are described. Keywords: Mesh simplificati...
Many applications in computer graphics and related fields can benefit fromautomatic simplification...
This work discusses simplification algorithms for the generation of a multiresolution family of soli...
Multiresolution representations are becoming more and more important for the visualization, operatio...
Multiresolution representations are becoming more and more important for the visualization, operatio...
The paper focuses on automatic simplification algorithms for the generation of a multiresolution f...