(Enter summary)
Abstract: Geometric modelers are becoming faster and more powerful, but they still suffer from reliability problems
because of floating point errors. Previous work in the field of robust geometric modeling tends to be problem
specific and has proven hard to generalize. The approach described here is a general paradigm for handling the
accuracy problem for a large set of geometric algorithms. This approach brings together ideas and techniques
from interval arithmetic, constraint management, randomization, ... (Update)
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BibTeX entry: (Update)
Agrawal A. and Requicha A.G. A paradigm for the robust design of algorithms for geometric modeling. Computer Graphics Forum (EUROGRAPHICS'94), 13(3):C--33--C--44, 1994. http://citeseer.ist.psu.edu/agrawal94paradigm.html More
@article{ agrawal94paradigm,
author = "A. Agrawal and Aristides A. G. Requicha",
title = "A Paradigm for the Robust Design of Algorithms for Geometric Modeling",
journal = "Computer Graphics Forum",
volume = "13",
number = "3",
pages = "33-44",
year = "1994",
url = "citeseer.ist.psu.edu/agrawal94paradigm.html" }
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Simulation of Simplicity: A technique to cope with degenerat..
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Towards Exact Geometric Computation
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67
Verifiable Implementations of Geometric Algorithms Using Fin.. (context) - Milenkovic - 1988
67
Verifiable Implementations of Geometric Algorithms Using Fin.. (context) - Milenkovic - 1988
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Epsilon Geometry: Building Robust Algorithms from Imprecise .. (context) - Salesin - 1991
59
Epsilon geometry: Building robust algorithms from imprecise .. (context) - Salesin, Stolfi et al. - 1989
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A geometric consistency theorem for a symbolic perturbation .. (context) - Yap - 1988
56
Finite Resolution Computational Geometry (context) - Green, Yao - 1986
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Using tolerances to guarantee valid polyhedral modeling resu.. (context) - Segal - 1990
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The Problems of Accuracy and Robustness in Geometric Computa.. (context) - Hoffmann - 1989
38
An Efficient approach to removing geometric degeneracies
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36
Stable Maintenance of point set triangulations in two dimens.. (context) - Fortune - 1989
34
Towards implementing robust geometric computations (context) - Hoffmann, Hopcroft et al. - 1988
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SIAM Studies in Applied Mathematics (context) - Moore, Applications et al. - 1979
27
Constructing strongly convex hulls using exact or rounded ar..
- Li, Milenkovic - 1990
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A paradigm for robust geometric algorithms (context) - Hopcroft, Kahn - 1992
16
Interval arithmetic and automatic error analysis in digital .. (context) - Moore - 1962
13
Mathematical Models of Rigid Solid Objects (context) - Requicha - 1977
12
the Representation and Manipulations of Rigid Solids (context) - Karasick - 1989
11
A solid modelling system free from topological inconsistency (context) - Sugihara, Iri - 1989
9
Consistent Calculation for Solid Modeling (context) - Segal, Sequin - 1985
8
Robustness of numerical methods in geometric computation whe.. (context) - Desaulniers, Stewart - 1993
7
Partitioning polyhedral objects into nonintersecting parts (context) - Segal, Sequin - 1988
4
Accessibility Analysis for Polyhedral Objects (context) - Spyridi, Requicha - 1991
4
PADL-2: A technical summary (context) - Brown - 1982
2
Robustness in geometric modeling (context) - Fang - 1992
2
The Theory and Practice of Robust Geometric Computation or H.. (context) - Stewart - 1991
1
Constructive Solid Geometry for Polyhedreal Objects (context) - Laidlaw, Trombore et al. - 1986
1
Interval Arithmetic Options in the Proposed IEEE Floating Po.. (context) - Kahn - 1980
1
Backward error analysis for floating-point operations on rec.. (context) - Desaulniers, Stewart - 1993
1
Personal Communication (context) - Spyridi - 1992
1
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1
Automatic Generation of Machinable Features in Solid Models (context) - Vandenbrande - 1990
1
Robust regularized set operations on polyhedra (context) - Bruderlin - 1991
1
Detecting ambiguities: An optimistic approach to robustness .. (context) - Bruderlin - 1990
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