6. PPSC 1993:
Norfolk, Virginia, USA
Richard F. Sincovec, David E. Keyes, Michael R. Leuze, Linda R. Petzold, Daniel A. Reed (Eds.):
Proceedings of the Sixth SIAM Conference on Parallel Processing for Scientific Computing, Norfolk, Virginia, USA, March 22-24, 1993. SIAM, 1993, ISBN 0-89871-315-3
Grand Challenge Problems - Applications
Computational Fluid Dynamics
- Dennis Jespersen, Creon Levit:
A Multiple-Grid Navier-Stokes Code for the Connection Machine CM-2.
3-7
- Nahil Atef Sobh, Alaa Almillgui:
Solution of Navier-Stokes Equations on a Massively Parallel Computer the CM-200.
8-12
- J. G. Carter, D. R. Emerson, R. J. Blake, R. J. Allan:
Parallel Computation of Internal and External Flows Using a Portable Message-Passing Harness.
13-16
- Isabelle d'Ast, Michel J. Daydé, Azzedine Kourta:
Parallelization of a Two-dimensional Compressible Unsteady Navier-Stokes Solver on a Range of MIMD Computers.
17-20
- M. M. S. Khan, H. T. Nguyen, Kenneth K. Jung:
A Computational-Aeroacoustics Application on the SIMD WAVETRACER Computer.
21-25
- A. S. Umar, D. J. Dean, C. Bottcher, M. R. Strayer:
Spline Methods for Hydrodynamic Equations: Parallel Implementation.
26-30
- Ken Bridges, Marcin Paprzycki, Xuefeng Li:
Parallelization of a Goduniov Type Method for the Solution of Systems of Conservation Laws.
31-34
- D. J. Doorly, M. Hilka:
3D Point Vortex Methods for Parallel Flow Computations.
35-39
- W. Couzy, M. O. Deville:
A Parallel Spectral Element Method for the 3D Navier-Stokes Equations.
40-43
- M. L. Stokes, David H. Huddleston, M. G. Remotique:
A Practical Model for Multidisciplinary Analysis Data and Algorithm Abstraction.
44-51
- David H. Bailey, Robert Krasny, Richard B. Pelz:
Multiple Precision, Multiple Processor Vortex Sheet Roll-Up Computation.
52-56
- Horst D. Simon, A. Yeremin:
A New Approach to Construction of Efficient Iterative Schemes for Massively Parallel Applications: Variable Block CG and BiCG Methods and Variable Block Arnoldi Procedure.
57-60
- Norberto Mangiavacchi, Rayhaneh Akhavan:
Direct Numerical Simulations of Turbulent Shear Flows on Distributed Memory Architectures.
61-64
- Stéphane Lanteri, Charbel Farhat:
Viscous Flow Computations on MPP Systems: Implementational Issues and Performance Results for Unstructured Grids.
65-70
- Norman H. Barth, Sharon L. Smith:
Coupling Numerical Models of the Atmosphere and Ocean Using the Parallel Virtual Machine (PVM) Package.
71-75
- Jeffrey S. Scroggs, N. P. Sigmon:
Parallelization of a Global Circulation Model.
76-78
- R. Aggarwal, R. Keunings, François-Xavier Roux:
Numerical Simulation of Polymer Flows: A Parallel Computing Approach.
79-82
Geophysical Modeling
- Richard E. Ewing, Michael A. Celia, Patrick O'Leary, Joseph E. Pasciak, Apostol T. Vassilev:
Parallelization of Multiphase Models for Contaminant Transport in Porous Media.
83-91
- Arthur A. Mirin, William P. Dannevik, Michael F. Wehner, J. C. Brown, B. Chan:
Performance of a Portable, Parallel Atmospheric General Circulation Model.
92-95
- A. Daniel Kowalski, Paul S. Schopf, Max Suarez:
Performance Characteristics of Alogrithms from a Coupled Ocean/Atmosphere Model on Scalable Parallel Architectures.
96-99
- Ian T. Foster, Patrick H. Worley:
Parallelizing the Spectral Transform Method: A Comparison of Alternative Parallel Algorithms.
100-107
- Xiaodong Zhang, John E. Dennis Jr.:
Parallel Implementations of an Oil Refining Simulation.
108-112
- Nahil Atef Sobh:
Iterative Methods for Large Scale Static Analysis of Structures on a Scalable Multiprocessor Supercomputer.
113-116
- Kevin Burrage, John Belward, Frank Duncalfe, Lawrence Lau, Mike Rezny, Robert Young:
Drought Monitoring through Parallel Computing.
117-125
- Richard B. Pelz, William F. Stern:
A Balanced, Parallel algorithm for Spectral Global Climate Models.
126-128
- Peter MacNeice:
An Electromagnetic PIC Code on the MasPar.
129-132
- Richard E. Ewing, Michael A. Celia, Patrick O'Leary, Joseph E. Pasciak, Apostol T. Vassilev:
Parallelization of Multiphase Models for Contaminant Transport in Porous Media.
133-141
Materials Science
- Gen-Ching Lo, Frank Webster:
Spectral Transform Lanczos for Electronic States from Density Functional Computation.
142-146
- Mark T. Jones, Paul E. Plassmann:
Recent Results in the Modeling of Type - II Superconductors on Massively Parallel Computers.
147-151
- C. P. Burmester, L. T. Wille, R. Gronsky:
Monte-Carlo Simulation of Oxygen Ordering in the High-Temperature Superconductor YBa2Cu3O2.
152-155
- Tom Canfield, Mark T. Jones, Paul E. Plassmann, Michael Tang:
Modeling Piezoelectric Crystals on the Intel Delta.
156-159
- N. Galbreath, William Gropp, D. Gunter, D. Leaf, David Levine:
Parallel Solution of the Three-Dimensional, Time-Dependent Ginzburg-Landau Equation.
160-164
Molecular Dynamics
- Richard H. Byrd, Thomas Derby, Elizabeth Eskow, Klaas P. B. Oldenkamp, Robert B. Schnabel, Christos Triantafillou:
Parallel Global Optimization Methods for Molecular Configuration Problems.
165-169
- Pete Nesbeitt, Richard J. Enbody, Gregor Overney, David Tománek, Aurel Bulgac, Charles Severance:
A Topology- and Problem-Independent Scalable Parallel Approach to Molecular Dynamics Simulation.
170-173
- K. M. Nelson, S. T. Smith, L. T. Wille:
Molecular Dynamics Simulations of Atomic Clusters.
174-177
- Steve Plimpton, Bruce Hendrickson, Grant Heffelfinger:
A New Decomposition Strategy for Parallel Bonded Molecular Dynamics.
178-182
- Harald H. Simonsen, Jørn Amundsen:
Distributed Molecular Dynics Using the PVM System.
183-186
- Raja Das, Joel H. Saltz:
Parallelizing Molecular Dynamics Codes using the Parti Software Primitives.
187-192
- B. Ostrovsky, M. A. Smith, M. Biafore, Y. Bar-Yam, Y. Rabin, Norman Margolus, Tommaso Toffoli:
Massively Parallel Architectures and Polymer Simulation.
193-202
- Paul A. Scagnetti, Thomas G. Fivano, Raymond J. Nagem, Guido V. H. Sandri:
Stress and Strain Analysis in Molecular Dynamics Modelling.
203-210
- Xiao Liu, George L. Wilcox:
Prediction of Protein Tertiary Structure from Sequences Using a Very Large Back-Propagation Neural Network.
211-215
Electrical Engineering
- Yinghua Lu, A. Gaber Mohamed, Geoffrey Fox, R. F. Harrington:
Implementation of Electromagnetic Scattering From Conductors.
216-220
- Guoliang Zeng:
A New Design for Parallel Computers Used in Image Processing.
221-224
- J. Richard Griffith, Qi-Jun Zhang, Michel S. Nakhla:
Parallel Time Domain Analysis and Optimization of High-Speed VLSI Interconnects.
225-227
- Zhangxin Chen, Bernardo Cockburn, Joseph W. Jerome, Chi-Wang Shu:
Finite Element Computation of the Hydrodynamic Model of Semiconductor Devices.
228-236
- Andrew Lumsdaine, Mark W. Reichelt:
Waveform Iterative Techniques for Device Transient Simulation on Parallel Machines.
237-245
- Mark W. Reichelt, Farouk Odeh, Jacob White:
A-Stability of Multirate Integration Methods, with Application to Parallel Semiconductor Device Simulation.
246-253
- Jay A. Jackson, Peter S. Pacheco:
Circuit Simulation on Multicomputers.
254-257
- Marie-Odile Bristeau, Jocelyne Erhel, Roland Glowinski, Jacques Périaux:
A Time Dpendent Approach to the Solution of the Helmholtz Equation at High Wave Numbers.
258-261
Other Applications
- Kevin A. Smith:
Multi-Processor Based Accident Using PVM.
262-265
- Paul A. Farrell, Arden Ruttan, Reinhardt R. Zeller:
Solution of the Landau-de-Gennes Equations of Liquid Crystal Physics on a SIMD Computer.
266-269
- J. L. Rogers, L. T. Wille:
Collective Rhythmicity in Biological Oscillator Ensembles.
270-273
- Biswa N. Datta:
High Performance Computing in Linear Control.
274-281
- Bryant W. York, Ottorino Ori:
A Fast Parallel Method for Exhaustive C60 Enumeration.
282-286
- Robert M. Farber, Alan S. Lapedes, Ramiro Rico-Martínez, Ioannis G. Kevrekidis:
Identification of Continuous-Time Dynamical Systems: Neural Network Based Algorithms and Parallel Implementation.
287-291
- Myron Ginsberg:
Issues Concerning the Benchmarking of Massively Parallel Computers for Automotive Applications.
292-295
- José E. Castillo, John Richardson:
Parallel Solution of Elliptic PDE's on Irregular Regions.
296-299
- Slobodan R. Sipcic, Gershom Zajicek:
Kinetic Analysis of Epithelial Cell Migration in the Colon on a Massively Parallel Processor (CM-2).
300-303
- C.-S. Chang, George T. DeTitta, H. Hauptman, R. Jones, R. Miller, P. Thuman, C. Weeks:
Solving the Phase Problem of X-Ray Crystallography on Parallel Machines.
304-307
- G. Sampath:
A Parallel Algorithm for the Distance Embedding Problem.
308-311
- Michael W. Berry, Jane Comiskey, Karen S. Minser:
Parallel Map Analysis on 2-D Grids.
312-319
Grand Challenge Problems - Infrastructure
Dense Matrix Computations
- James Demmel, Jack Dongarra, Robert A. van de Geijn, David W. Walker:
LAPACK for Distributed Memory Architectures: The Next Generation.
323-329
- Krister Dackland, Erik Elmroth, Bo Kågström:
A Ring-Oriented Approach for Block Matrix Factorizations on Shared and Distributed Memory Architectures.
330-338
- Bo Kågström, Per Ling, Charles Van Loan:
Portable High Performance GEMM-Based Level 3 BLAS.
339-346
- Jack Dongarra, Robert A. van de Geijn, R. Clinton Whaley:
Two Dimensional Basic Linear Algebra Communication Subprograms.
347-352
- Greg Henry:
Improving the Unsymmetric Parallel QR Algorithm on Vector Machines.
353-357
- Tong J. Lee, Franklin T. Luk, Daniel Boley:
Singular Value Decomposition on a 2-D Fat-Tree Architecture.
358-362
- Jianping Zhu:
Solving the Reluarized Least Squares Problem on K S R - 1 Parallel Computers.
363-366
- Steven Huss-Lederman, Anna Tsao, Guodong Zhang:
A Parallel Implementation of the Invariant Subspace Decomposition Algorithm for Dense Symmetric Matrices.
367-374
- Steven Huss-Lederman, Elaine M. Jacobson, Anna Tsao, Guodong Zhang:
Matrix Multiplication on the Intel Touchstone Delta.
375-382
- Christian H. Bischof, Mercedes Marques, Xiaobai Sun:
Parallel Bandreduction and Tridiagonalization.
383-390
- Zhaojun Bai, James Demmel:
Design of a Parallel Nonsymmetric Eigenroutine Toolbox, Part I.
391-398
- Andrew A. Anda, Haesun Park:
Fast QR Decomposition for Weighted Least Squares Problems.
399-404
- Wei Shu:
Compiler Optimization of Test Suite Applications.
405-408
- George I. Fann, Richard J. Littlefield:
Parallel Inverse Iteratrion with Reorthogonalization.
409-413
Sparse Matrix Computations
- Yousef Saad, Kesheng Wu, Serge G. Petiton:
Sparse Matrix Computations on the CM-5.
414-420
- François Bodin, Jocelyne Erhel, Thierry Priol:
Parallel Sparse Matrix by Vector Multiplication using a Shared Virtual Memory Environment.
421-428
- Rod Cook, Jan Sadecki:
Sparse Matrix Vector Product on Distributed Memory MIMD Architectures.
429-436
- Michael W. Berry, Theresa Do, Andrew Ogielski:
Massively-Parallel Implementations of Lanczos Algorithms for Computing the SVD of Large Sparse Matrices.
437-444
- Thang Nguyen Bui, Curt Jones:
A Heuristic for Reducing Fill-In in Sparse Matrix Factorization.
445-452
- Roldan Pozo, Sharon L. Smith:
Performance Evaluation of the Parallel Multifrontal Method in a Distributed Memory Environment.
453-456
- Thomas F. Coleman, Chunguang Sun:
Parallel Orthogonal Factorizations of Large Sparse Matrices on Distributed -Memory Multiprocessors.
457-461
- William R. Ferng, Serge G. Petiton, Kesheng Wu:
Basic Sparse Computations on Data Parallel Computers.
462-466
- Min-You Wu, Yong Li:
A Fast LU Decomposition Algorithm for the Sparse Revised Simplex Method.
467-470
- Mark T. Jones, Paul E. Plassmann:
Parallel Solution of Unstructured, Sparse Systems of Linear Equations.
471-475
- Andrew J. Cleary:
A New Torus-like Mapping for Parallel Sparse Matrix Factorization.
476-481
- Hasan Dag, Osman Yasar, Fernando Alvarado:
Parallel Computation of Orthogonal Factors of Sparse Matrices.
486-490
- Thiab R. Taha, Peiqing Jiang:
A Parallel Algorithm for Solving Periodic Tridiagonal Toeplitz Linear Systems.
491-496
- John A. Kapenga, Elise de Doncker:
Lanczos Methods for the Smallest Eigenvalues of Large Matrices on Distributed Memory Supercomputers.
497-500
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