Paper Info
Title
Multiresolution Decimation based on Global Error
Abstract
Due to the surface meshes produced at increasing complexity in many applications, interest in efficient simplification algorithms and multiresolution representation is very high. An enhanced simplification approach together with a general multiresolution data scheme are presented here. Jade, a new simplification solution based on the Mesh Decimation approach has been designed to provide both increased approximation precision, based on global error management, and multiresolution output. Moreover, we show that with a small increase in memory, which is needed to store the multiresolution data representation, we are able to extract any level of detail representation from the simplification results in an extremely efficient way. Results are reported on empirical time complexity, approximation quality, and simplification power. TEL:: +39 050 593304
Year
DOI
Venue
1997
10.1007/s003710050101
The Visual Computer
Keywords
DocType
Volume
multiresolution representation,general multiresolution data scheme,multiresolution output,detail representation,simplification result,global error,enhanced simplification approach,multiresolution decimation,new simplification solution,efficient simplification algorithm,surface modeling,multiresolution data representation,mesh simplification,bounded approximation error,simplification power,multiresolution.
Journal
13
Issue
ISSN
Citations 
5
0178-2789
112
PageRank 
References 
Authors
21.22
21
4
Search Limit
100112
Name
Order
Citations
PageRank
Andrea Ciampalini114926.83
Paolo Cignoni23167207.04
Claudio Montani31595135.33
Roberto Scopigno43056236.09