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ORCID4. PVM/MPI 1997: Crakow, Poland
- Marian Bubak, Jack J. Dongarra, Jerzy Wasniewski:
Recent Advances in Parallel Virtual Machine and Message Passing Interface, 4th European PVM/MPI Users' Group Meeting, Cracow, Poland, November 3-5, 1997, Proceedings. Lecture Notes in Computer Science 1332, Springer 1997, ISBN 3-540-63697-8
1 Evaluation and Performance
- William Gropp
, Ewing L. Lusk:
Why Are PVM and MPI So Different? 3-10 - Jacek Kitowski, Krzysztof Boryczko, Jacek Moscinski:
Comparison of PVM and MPI Performance in Short-Range Molecular Dynamics Simulation. 11-16 - Juan Piernas, Antonio Flores, José M. García:
Analyzing the Performance of MPI in a Cluster of Workstations Based on Fast Ethernet. 17-24 - Michael M. Resch, Holger Berger, Thomas Bönisch:
A Comparison of MPI Performance on Different MPPs. 25-32 - José L. Roda, Casiano Rodríguez, Francisco Almeida, Daniel González-Morales:
Predicting the Performance of Injection Communication Patterns on PVM. 33-40 - Luís Paulo Santos, Vítor Castro, Alberto José Proença:
Evaluation of the Communication Performance on a Parallel Processing System. 41-48 - Paulo S. L. Souza, Luciano José Senger, Marcos José Santana, Regina Helena Carlucci Santana:
Evaluating Personal High Performance Computing with PVM on Windows and LINUX Environments. 49-56 - Piotr W. Uminski, Mariusz R. Matuszek, Henryk Krawczyk:
Experimental Evaluation of PVM Group Communication. 57-63
2 Extensions and Improvements
- Jean-Marc Adamo:
ARCH, An Object Oriented MPI-Based Library for Asynchronous and Loosely Synchronous Parallel System Programming. 67-74 - Thomas Beisel, Edgar Gabriel, Michael M. Resch:
An Extension to MPI for Distributed Computing on MPPs. 75-82 - Claudia Di Napoli, Maurizio Giordano, Mario Mango Furnari:
Distributed & Cooperative Applications in PVM. 83-90 - Graham E. Fagg, Jack J. Dongarra, Al Geist:
Heterogeneous MPI Application Interoperation and Process Management under PVMPI. 91-98 - Olivier Galibert:
YLC, A C++ Linda System on Top of PVM. 99-106 - Al Geist:
Advanced Capabilities in PVM 3.4. 107-115 - Al Geist, James Arthur Kohl, Philip M. Papadopoulos, Stephen L. Scott:
Beyond PVM 3.4: What We've Learned, What's New, and Why. 116-126 - Guillermo de Jesús Hoyos-Rivera, Víctor Germán Sánchez-Arias:
Using PVM to Build an Interface to Support Cooperative Work in a Distributed Systems Environment. 127-134 - Sava Mintchev, Vladimir Getov:
Towards Portable Message Passing in Java: Binding MPI. 135-142 - Grzegorz Mysliwiec, Jakub Sipowicz, Robert Schaefer:
Control Activities in Message Passing Environment. 143-150 - Panayiotis Theodoropoulos, Panayotis Tsanakas, George K. Papakonstantinou:
Global Semaphores in a Parallel Programming Environment. 151-158 - Vladimir Vlassov, Lars-Erik Thorelli:
A Synchronizing Shared Memory: Model and Programming Implementation. 159-166 - Klaus Wolf, Erik Brakkee, Dac Phouc Ho:
Communication in Multi-Physics Applications. 167-174
3 Implementation Issues
- Markus Fischer, Jens Simon:
Embedding SCI into PVM. 177-184 - Rolf Hempel, Hubert Ritzdorf, Falk Zimmermann:
Implementation of MPI on NEC's SX-4 Multi-Node Architecture. 185-193 - Benno J. Overeinder, Peter M. A. Sloot:
Breaking the Curse of Dynamics by Task Migration: Pilot Experiments in the Polder Metacomputer. 194-207 - Justin T. Rough, Andrzej M. Goscinski, Damien De Paoli:
PVM on the RHODOS Distributed Operating System. 208-215
4 Tools
- Francisco José Alfaro, José A. Gallud, José L. Sánchez:
A Function to Dynamic Workload Allocation in Distributed Applications. 219-225 - Ranieri Baraglia, M. Cosso, Domenico Laforenza, M. Nicosia:
Integrating PVaniM int WAMM for Monitoring Meta-Applications. 226-233 - Marian Bubak, Wlodzimierz Funika, Jacek Moscinski:
Evaluation of Parallel Application's Behavior in Message Passing Environment. 234-241 - John Yiannis Cotronis:
Message-Passing Program Development by Ensemble. 242-249 - Beniamino Di Martino, Antonino Mazzeo, Nicola Mazzocca, Umberto Villano:
Interaction Patterns Detection in PVM Programs to Support Simulation. 250-256 - Werner Krotz-Vogel, Hans-Christian Hoppe:
The PALLAS Parallel Programming Environment. 257-266 - Thomas Ludwig, Roland Wismüller:
OMIS 2.0 - A Universal Interface for Monitoring Systems. 267-276 - Stefan Manegold, Florian Waas, Daniel Gudlat:
In Quest of the Bottleneck - Monitoring Parallel Database Systems. 277-284 - Vaidy S. Sunderam, Brad Topol, Steven A. Moyer, Alan T. Krantz:
Tools and Auxiliary Subsystems in PVM. 285-294 - Roland Wismüller:
Debugging Message Passing Programs Using Invisible Message Tags. 295-302
5 Algorithms
- Vassil Alexandrow, Ken Chan, Alan Gibbons, Wojciech Rytter:
On the PVM/MPI Computations of Dynamic Programming Recurrences. 305-312 - Jose Libano Alonso, H. Schmidt, Vassil N. Alexandrov:
Parallel Branch and Bound Algorithms for Integer and Mixed Integer Linear Programming Problems under PVM. 313-320 - Radim Blaheta, Ondrej Jakl, Jiri Stary:
PVM-Implementation of the PCG Method with Displacement Decomposition. 321-328 - Raimondas Ciegis, Ramunas Sablinskas, Jerzy Wasniewski:
Numerical Integration on Distributed-Memory Parallel Systems. 329-336 - Mishi Derakhshan, Sven Hammarling, Arnold R. Krommer:
PINEAPL: A European Project on Parallel Industrial Numerical Applications and Portable Libraries. 337-342 - Jack J. Dongarra, Frederic Desprez, Antoine Petitet, Cyril Randriamaro, Yves Robert:
Block-Cyclic Array Redistribution on Networks of Workstations. 343-350 - Marc Mazzariol, Benoit A. Gennart, Vincent Messerli, Roger D. Hersch:
Performance of CAP-Specified Linear Algebra Algorithms. 351-358 - Grzegorz Mysliwiec, Jakub Sipowicz, Helmar Burkhart:
Implementing Parallel SBS-Type Linear Solvers Using ALWAN. 359-366 - Marcus Peinado, Ramarathnam Venkatesan:
Highly Parallel Cryptographic Attacks. 367-374 - Dana Petcu:
Implementation of Some Multiprocessor Algorithms for ODEs Using PVM. 375-382 - Michal Soch, Pavel Tvrdík, Martin Volf:
Parallel Graph-Partitioning Using the Mob Heuristic. 383-389 - Giovanni Zilli, Luca Bergamaschi:
Truncated Block Newton and Quasi-Newton Methods for Sparse Systems of Nonlinear Equations. Experiments on Parallel Platforms. 390-397
6 Applications in Science and Engineering
- Rocco Aversa, Giulio Iannello, Nicola Mazzocca:
An MPI Driven Parallelization Strategy for Different Computing Platforms: A Case Study. 401-408 - Piotr Bala, Terry W. Clark, Pawel Grochowski, Bogdan Lesyng, James Andrew McCammon:
Parallel Version of a Quantum Classical Molecular Dynamics Code for Complex Molecular and Biomolecular Systems. 409-416 - Claus Bendtsen, Zahari Zlatev:
Running Large-Scale Air Pollution Models on Message Passing Machines. 417-426 - Giannis Bozas, Michael Fleischhauer, Stephan Zimmermann:
PVM Experiences in Developing the MIDAS Parallel Database System. 427-434 - Andrea Clematis, Andrea Coda, Michela Spagnuolo, Michael J. Mineter, Terence M. Sloan:
Developing Non-Local Iterative Parallel Algorithms for GIS on Cray T3D Using MPI. 435-442 - Kris Demuynck, Jan Broeckhove, Frans Arickx:
Dynamic Ompimization of a Distributed VR System by Network-Balancing. 443-450 - Vincenzo Di Martino, Giancarlo Ruocco:
Molecular Dynamics on Hybrid Memory Machines. 451-456 - Matthieu Exbrayat, Harald Kosch:
Offering Parallelism to a Sequential Database Management System on a Network of Workstations Using PVM. 457-462 - A. S. Galaktionov, Patrick D. Anderson, G. W. M. Peters:
Mixing Simulations: Tracking Strongly Deforming Fluid Volumes in 3D Flows. 463-469 - Christos Goumopoulos, Efthymios Housos, Olle Liljenzin:
Parallel Crew Scheduling on Workstation Networks Using PVM. 470-477 - Mariusz Grecki, Grzegorz Jablonski, Andrzej Napieralski:
MOPS - Parallel Environment for Simulation of Electronic Circuits Using Physical Models of Semiconductor Devices. 478-485 - Erik Reinhard, Alan Chalmers:
Message Handling in Parallel Radiance. 486-493 - Robert Roy, Zarko Stankovski:
Parallelization of Neutron Transport Solvers. 494-501 - Enrique García Salcines, Gonzalo Cerruela García, José Ignacio Benavides Benítez, F. Muñoz García, E. Sáez Peña:
Parallel Rendering of Radiance on Distributed Memory System by PVM. 502-507 - Martin Strietzel:
Parallel Turbulence Simulation: Resolving the Inertial Subrange of Kolmogorov's Spectra. 508-515
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