1993 Copper Mountain Conference on Multigrid Methods
General Information
The conference was held in
Copper Mountain, Colorado (USA) from Sunday, April 4 to Friday, April 9, 1993. This was
the sixth in an every other year conference series on multigrid and related topics at this
location. The seventh conference will be in April 2-7, 1995. Contact copper@colorado.edu for more information
about future conferences.
The schedule, attendees, and views of the town are available.
Organizing Institutions
- The University of Colorado
- Front Range Scientific Computations, Inc.
- The Society for Industrial and Applied Mathematics
Sponsors
- Department of Energy
- National Aeronautics and Space Administration
Papers
- B. Todd Adams and J. E. Morel
An upscatter acceleration technique for the multigroup S_N equations
Abstract
- Ph. Angot, J. P. Caltagirone, and K. Khadra
A comparison of locally adaptive multigrid methods: LDC, FAC, and FIC
Abstract
- Bernhard Bachmann
A multigrid solver for the semiconductor equations
Abstract
Paper
- V. A. Bandy and J. E. Dendy, Jr.
Comparison of two-dimensional black box multigrid solvers for advection-diffussion
equations
Abstract
- J. R. Bates, Stephen F. McCormick, John Ruge, David S. Sholl, and Irad Yavneh
A semi-Lagrangian approach to the shallow water equations
Abstract
Paper
- John R. Baumgardner and Paul O. Frederickson
Quadrature-based smoothers for strongly varying problems
Abstract
- John R. Baumgardner and Paul O. Frederickson
3-D spherical modeling of mantle dynamics
Abstract
- Bernard Bialecki and Max Dryja
Multigrid and multilevel methods for orthogonal spline collocation problems
Abstract
- Kenneth Brackenridge
Multigrid and cyclic reduction applied to the Helmholtz equation
Abstract
Paper
- J. H. Bramble, D. Y. Kwak, and J. E. Pasciak
Uniform convergence of multigrid V-cycle iterations for indefinite and nonsymmetric
problems
Abstract
Paper
- Susanne C. Brenner
Multigrid methods for parameter dependent problems
Abstract
- Xiao-Chuan Cai
Overlapping Schwarz algorithms for nonlinear elliptic finite element problems
Abstract
- Kevin Cavanaugh and Van Emden Henson
A multilevel cost-space approach to solving the balanced long transportation problem
Abstract
Paper
- Hsin-Chu Chen and Ai-Fang He
Vectorization and parallelization of finite strip method for dynamic Mindlin plate
problems
Abstract
Paper
- Sorin Costiner
MLIT, a software aid in the analysis and development of multilevel algorithms;
description and applications
Abstract
- Sorin Costiner and Shlomo Ta'asan
A multilevel adaptive simultaneous eigenvalue solver (MASES)
Abstract
- Lawrence C. Cowsar, Mary F. Wheeler, and Jan Mandel
Balancing domain decomposition for mixed finite elements
Abstract
Paper
- J. E. Dendy, Jr.
Multigrid methods for SIMD machines
Abstract
- Eric De Sturler and Diederik R. Fokkema
Nested Krylov methods and preserving the orthogonality
Abstract
Paper
- Craig C. Douglas
Implementing abstract multigrid or multilevel methods
Abstract
Paper
- Craig C. Douglas and Alexandre Ern
Numerical solution of flame sheet problems with and without multigrid methods
Abstract
Paper
- T. Dubois and R. Temam
A multi-level procedure for the simulation of homogeneous and non-homogeneous turbulent
flows
Abstract
- Comer Duncan and Jim Jones
A mixed method Poisson solver for three-dimensional self-gravitating astrophysical
fluid dynamical systems
Abstract
Paper
- Björn Engquist and Erding Luo
Multigrid methods for differential equations with highly oscillatory coefficients
Abstract
Paper
- Richard E. Ewing and Jian Shen
A multigrid algorithm for the cell-centered finite difference scheme
Abstract
Paper
- Paul A. Farrell, Arden Ruttan, and Reinhardt R. Zeller
Application of multigrid methods to the solution of liquid crystal equations on a SIMD
computer
Abstract
Paper
- Scott R. Fulton
An adaptive
multigrid model for hurricane track prediction
Abstract
Paper
- M. Griebel
Point-block multilevel methods
Abstract
- Van Emden Henson and Aihu Shaker
Multigrid and multilevel projection methods for a semilinear pde in the theory of
pseudoplastic fluids
Abstract
Paper
- Michael A. Heroux
A proposal for a sparse BLAS toolkit
Abstract
Paper
- Louis H. Howell
A multilevel adaptive projection method for unsteady incompressible flow
Abstract
Paper
- Björn Jawerth and Wim Sweldens
Wavelets adapted for the solution of ordinary differential equations
Abstract
Paper
- Yimin Kang and Scott R. Fulton
Relaxation schemes for Chebyshev spectral multigrid methods
Abstract
Paper
- Hwar-Ching Ku and Bala Ramaswamy
Multi-grid domain decomposition approach for solution of Navier-Stokes equations in
primitive variable form
Abstract
Paper
- Hans Kuerten and Bernard Geurts
Compressible turbulent flow simulation with a multigrid multiblock method
Abstract
Paper
- Chang Ock Lee
A nonconforming multigrid method using conforming subspaces
Abstract
Paper
- Hosae Lee
Multigrid method for integral equations and automatic programs
Abstract
- Max Lemke and Kristian Witsch
Multilevel algorithms and local refinement for singular perturbation problems
Abstract
- Mark A. Limber, Thomas A. Manteuffel, Stephen F. McCormick, and David S. Sholl
Optimal resolution in maximum entropy image reconstruction from projections with
multigrid acceleration
Abstract
Paper
- Thomas A. Manteuffel and Klaus Ressel
Multilevel methods for transport equations in diffusive regimes
Abstract
- Lesley R. Matheson and Robert E. Tarjan
Analysis of multigrid methods on massively parallel computers: Architectural
implications
Abstract
Paper
- D. Matovic, A. Pollard, H. A. Becker and E. W. Grandmaison
FAS multigrid calculations of three dimensional flow using non-staggered grids
Abstract
Paper
- William F. Mitchell
MGGHAT: Elliptic PDE software with adaptive refinement, multigrid and high order finite
elements
Abstract
Paper
- Andrea Overman and John Van Rosendale
Mapping robust parallel multigrid algorithms to scalable memory architectures
Abstract
Paper
- Maryse Page and André Garon
A study of iterative methods for Navier-Stokes equations
Abstract
- Luca F. Pavarino and Olof B. Widlund
Iterative substructuring methods for p-version finite elements
Abstract
- Hans Regler and Ulrich Ruede
Layout optimization with algebraic multigrid methods (AMG)
Abstract
Paper
- Mark Reichelt
Optimal convolution sor acceleration of waveform relaxation with application to
semiconductor device simulation
Abstract
Paper
- Kris Riemslagh and Erik Dick
A multigrid method for steady Euler equations on unstructured adaptive grids
Abstract
Paper
- Marcus Sarkis
Two-level Schwarz methods for nonconforming finite elements and discontinuous
coefficients
Abstract
Paper
- Yair Shapira
An automatic multigrid method for the solution of sparse linear systems
Abstract
- David Sidilkover and Uri M. Ascher
A multigrid solver for incompressible Navier-Stokes on non-staggered grids
Abstract
- Peter M. Sockol
Multigrid solution of the Navier-Stokes equations on highly stretched grids with defect
correction
Abstract
Paper
- R. C. Swanson and R. Radespiel
Multigrid schemes for hypersonic viscous flows
Abstract
- Osamu Tatebe
The multi-grid preconditioned conjugate gradient method
Abstract
Paper
- Stefan Vandewalle
Space-time concurrent multigrid waveform relaxation
Abstract
- Panayot S. Vassilevski
Block ILU-methods based on reduction of the block-size
Abstract
- Junping Wang
A modified hierarchical basis by the wavelet method
Abstract
- P. Wesseling and S. Zeng
Multigrid for the incompressible Navier-Stokes equations in general coordinates
Abstract
Paper
Conference Chairmen
- Tom Manteuffel, University of Colorado at Denver
- Steve McCormick, University of Colorado at Denver
Program Committee
- Joel Dendy, Los Alamos National Laboratory
- Van Henson, Naval Postgraduate School
- Jan Mandel, University of Colorado at Denver
- Duane Melson, NASA Langley
- Seymour Parter, University of Wisconsin
- Joseph Pasciak, Brookhaven National Laboratory
- John Ruge, University of Colorado at Denver
- Klaus Stüben, Gesellschaft f. Math. u. Datenverarbeitung
- Pieter Wesseling, Delft University
- Olof Widlund, Courant Institute
Workshop Chairman
- Paul Frederickson, Cray Research/Los Alamos National Laboratory
Circus Chairman
- Craig Douglas, IBM T. J. Watson Center/Yale University
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