HPCN Europe 1996: Brussels, Belgium

Track C1: Industrial Applications

• Petter E. Bjørstad, Randi Moe, Rudi Olufsen, Eero Vainikko:
  Parallel Reservoir Simultation Based on Domain Decomposition Techniques. 3-11
  
• Randi Moe, M. Talal Rahman, Ove Saevareid, Rune Teigland:
  Porting and Parallel Performance of the Industrial CFD Code MUSIC. 12-19
  
• Alan M. Thompson, Garfield R. Bowen:
  Parallelisation of an Oil Reservoir Simulation. 20-28
  
• John A. Elliott, Stephen H. Brindle, Adrian Colbrook, Daron Green, Francis Wray:
  Real Industrial HPC Applications. 29-35
  
• A. Braathen, Jeremy Cook, A. C. Damhaug, M. Talal Rahman, Ove Saevareid:
  Parallelisation of the SWAN Surface Wave Analysis Code. 36-42
  
• Martin Hargreaves, D. C. Spicer, C. C. R. Jones, Steven Whittle:
  Porting a Commercial Finite Difference Time Domain Electromagnetic Code to a Parallel Architecture Machine. 43-50
  
• Roberto Pomponi, P. D'Atanasio, E. Rubino, M. Busuolo, M. Bandinelli, B. Casali, Matteo Beccaria, G. Cella, Alberto Ciampa, Giuseppe Curci, Andrea Vicerè, Roberto Ansaloni:
  Porting on Parallel Platforms of a Tool for Simulating the Effects of Lightning Strokes on Telecommunication Buildings: A Comparison on Preliminary Results about Performances and Accuracy on SIMD and MIMD Architectures. 51-59
  
• A. D. Tinniswood, P. S. Excell:
  On the Use of Parallel Finite-Difference Time-Domain Methods in the Modelling of Bioelectromagnetic Problems. 60-65
  
• Dimitri Nicolopoulos, Gerard Winkelmuller:
  A Comparison of Parallel Paradigms Applied to an Industrial Code: RADIOSS. 66-73
  
• J.-P. Delsemme, O. Zone:
  SAMMI: S.A.M.C.E.F. Migration onto Parallel Platforms: Second Step. 74-81
  
• Uwe Schulz, Markus Ast, Jesús Labarta, Hartmut Manz, Andrés Pérez, J. Solé:
  Experiences and Achievements with the Parallelization of a Large Finite Element System. 82-89
  
• Klaus Stüben, Hermann Mierendorff, Clemens-August Thole, Owen Thomas:
  Parallel Industrial Fluid Dynamics and Structural Mechanics Codes. 90-98
  
• Alain Stoessel, Emmanuel Issman, Mark Loriot:
  Towards Real CFD Simulations on Parallel Computers in the Aeronautic and Automotive Industry. 99-105
  
• Walter Bauer, Heinrich Reister, Frederick Ross, Dave Robinson:
  Parallel Computing for CFD Applications in the Automotive Industry - First Experiences. 106-115
  
• C. R. Forsey, Cos S. Ierotheou, U. Block, M. Leatham:
  Parallelisation and Performance Evaluation of the Aeronautical CFD Flow Code ESAUNA. 116-121
  
• Luc Giraud, Nathan Maman, Pascal Menegazzi, Andrea Micelotta, Bernadette Thomas:
  Parallel Industrial Incompressible CFD Calculations with HPCN3S. 122-127
  
• E. Chaput, C. Gacherieu, L. Tourette:
  Experience with Parallel Computing for the Design on Transport Aircrafts at Aerospatiale. 128-142
  
• Paul Allen, Rob McKendrick, Chris Scott, Massimo Buonanno, Paola Mostacci, Costanza Naldini, Vincenzo Scuderi, Paolo Stofella:
  Interactive Anomaly Detection in Large Transaction History Databases. 143-149
  
• Paul Watson, Mike Ward, Ken Hoyle:
  The System Management of the ICL GOLDRUSH Parallel Database Server. 150-157
  
• Alex Alves Freitas, Simon H. Lavington:
  Parallel Data Mining for Very Large Relational Databases. 158-163
  
• M. Howard Williams, Shaoyu Zhou, Hamish Taylor, Neven Tomov:
  Decision Supporting for Management of Parallel Database Systems. 164-169
  
• Ken Meacham, Daron Green:
  Parallelization of the GROMOS87 Molecular Dynamics Code: An Update. 170-176
  
• Cliff Addison, E. Appiani, R. Cook, Marco Corvi, J. Harms, G. Howard, B. Stephens:
  PULSAR: Parallel Noise Despeckling of SAR Images. 177-182
  
• Amarjit Gill, Mike Surridge, Giuseppe Scielzo, Robert Felici, Mario Modesti, Giuseppe Sardu:
  RAPT: A Parallel Radiotherapy Treatment Planning Code. 183-189
  

Track C2: General Applications

• Drona Kandhai, Peter M. A. Sloot, J. P. Huot:
  Constrained Migration of an Atmospheric Circulation Model. 193-199
  
• Andreas Müller:
  Parallelization of a Meoscale Atmospheric Transport-Chemistry Model. 200-206
  
• Martin B. van Gijzen:
  Parallel Ocean Flow Computations on a Regular and on an Irregular Grid. 207-212
  
• Marcus Dormanns, Walter Sprangers:
  Experiences with Asynchronous Parallel Molecular Dynamics Simulations. 213-218
  
• Wouter Joosen, Stijn Bijnens, Johan Van Oeyen, Bert Robben, Frank Matthijs, Pierre Verbaeten, John W. Perram:
  Affordable Overhead in CORRELATE: Comparing two MD Simulators. 219-227
  
• Krzysztof Boryczko, Jacek Kitowski, Jacek Moscinski:
  Efficiency Comparison of Data-Parallel Programming and Message-Passing Paradigm for Molecular Dynamics Simulation. 228-234
  
• John Segers, Johan J. Lukkien, Peter A. J. Hilbers:
  Parallel Monte Carlo Simulation of Chemical Surface Reactions: A Case Study. 235-242
  
• Marian Bubak, Jacek Moscinski, Marek Pogoda:
  Distributed 2-D Molecular Dynamics Simulation on Networked Workstations and Multiprocessors. 243-250
  
• John Apostolakis, Laura M. Bertolotto, Claudio E. Bruschini, Paolo Calafiura, Fabrizio Gagliardi, Michael Metcalf, Alan Norton, Bernd Panzer-Steindel, Ken J. Peach:
  General-Purpose Parallel Computing in a High-Energy Physics Experiment at CERN. 251-257
  
• John Apostolakis:
  Parallel Simulation for High Energy Physics. 258-262
  
• Konstantina S. Nikita, Andy Marsh:
  Focusing the Pulse Modulated Radiation of a Concentric Waveguide Array in Biological Tissues: An Investigation Made Feasible by HPC. 263-268
  
• Alfons G. Hoekstra, M. D. Grimminck, Peter M. A. Sloot:
  Simulating Light Scattering from Micron-Sized Particles: A Parallel Fast Discrete Dipole Approximation. 269-275
  
• Giuliana Fogaccia, R. Benzi, F. Romanelli:
  Lattice Boltzmann Simulations of Electrostatic Plasma Turbulence. 276-282
  
• Martin Strietzel:
  Parallel Turbulence Simulation Based on MPI. 283-289
  
• G. Cabitza, C. Nardone, C. Bagaini, A. Balzano, Ernesto Bonomi, Leesa Brieger, M. Ennas, E. Garau, David Greco, Giuditta Lecca, E. Pieroni, C. Rossi:
  Experiences with HPF for Scientific Applications. 290-296
  
• Isidro Verdú, Domingo Giménez, Juan Carlos Torres:
  Ray Tracing for Natural Scenes in Parallel Processors. 297-305
  
• Achim Bachem, C. Gawron, Christoph Moll, Marcus Rickert, P. Wagner:
  Microscopic Traffic Simulations of Road Networks Using High-Performance Computers. 306-311
  
• Valérie Frayssé, Luc Giraud, Vincent Toumazou:
  Parallel Computation of Spectral Portraits on the Meiko CS2. 312-318
  
• Tahsin M. Kurç, Cevdet Aykanat, Bülent Özgüç:
  Active Pixel Merging on Hypercube Multicomputers. 319-326
  
• Tommy Persson, Peter Fritzson:
  Parallel Implementation of Image Reconstruction for the CARABAS Long-Wave Penetrating Radar. 327-332
  
• Martin Neschen, Frank Nübel:
  COGNITUS - Fast and Reliable Recognition of Handwritten Forms Based on Vector Quantisation. 333-339
  
• Herbert Rieger, Luciano Fornasier, Dirk Ockel, Stefan Haberhauer, Michael M. Resch, Nigel P. Weatherill:
  Pilot-Implementation of an Aerospace Design System into a Parallel User Simulation Environment. 340-351
  
• H. Wedemeijer, H. L. H. Cox, D. J. Verschuur, I. L. Ritsema:
  Parallelisation of Seismic Algorithms Using PVM and FORGE. 352-357
  
• Michael Rudgyard, T. Schönfeld, Isabelle d'Ast:
  A Parallel Library for CFD and Other Grid-Based Applications. 358-364
  
• Timothy J. O'Donnell, Steven Hotovy, Marcia S. Pottle, Daniel R. Ripoll, Harold A. Scheraga:
  Implementation of ECEPP-Based Programs on the IBM SP2 and the SGI Power Challenge Computers. 365-372
  
• M. Tahar Kechadi, P. Kiernan, David F. Hegarty, K. A. Dawson:
  Parallel Simulation Environment for Polymers, DNA and Protein Molecular Chains. 373-378
  
• A. I. Fet, L. N. Romanov:
  Prediction of Properties of Chemical Elements and Combinations. 379-386
  
• Andy Marsh, Dimitra I. Kaklamani:
  A Benchmark Comparison for Suitable HPC Platforms to Solve Electrically Large Planar Conducting Structures via a Parallel Method of Moments Technique. 387-392
  
• Gotthard Seifert, Thomas Heine, Olaf Knospe, Rüdiger Schmidt:
  Computer Simulations for the Structure and Dynamics of Large Molecules, Clusters and Solids. 393-401
  
• V. N. Serkin, T. L. Belyaeva, E. V. Samarina:
  Simulation of Ultrafast Nonlinear Electro-Magnetic Phenomena on the Basis of Maxwell's Equation Solutions. 402-403
  
• Jeremy Cook, Petter E. Bjørstad, Jon Braekhus:
  Multilevel Parallel Solution of Large, Sparse Finite Element Equations from Structural Analysis. 404-412
  
• Giovanna Adorni, Patrizia Ornelli, Walter Bellettato, Francesco D'Oria:
  BLOWPAC Project: BLOWmolding modelling by PArallel Computing. 413-418
  

Track C3: Computational Science

• Giovanni Aloisio, Mario A. Bochicchio, M. La Scala:
  Metacomputing for On-Line Stability Analysis in Power Systems: A Proposal. 421-428
  
• Ranieri Baraglia, Gianluca Faieta, Marcello Formica, Domenico Laforenza, M. Stiavelli:
  Metacomputing to Solve Complex Computational Problems. A Case Study: Evolution of Galaxies. 429-440
  
• R. F. Rankin, P. Sage:
  Experiences Using the European ATM Pilot Network. 441-446
  
• Witold Dzwinel:
  Particles Paradigm and Optimization Problems. 447-453
  
• Fulvio Corno, Paolo Prinetto, Maurizio Rebaudengo, Matteo Sonza Reorda:
  A Parallel Genetic Algorithm for Automatic Generation of Test Sequences for Digital Circuits. 454-459
  
• A. B. Della Rocca, L. La Porta, Franco Valentinotti:
  Radiographic Process Simulation by Integration of Boltzmann Equation on SIMD Architecture (Quadrics QH 4). 460-466
  
• Hai-Xiang Lin, Arjan J. C. van Gemund, Johan Meijdam, Pier Nauta:
  TGEX: a Tool for Portable Parallel and Distributed Execution of Unstructured Problems. 467-474
  
• Aart J. C. Bik, Harry A. G. Wijshoff:
  Iteration Space Partitioning. 475-484
  
• A. Ceccolini, Marco Danelutto, G. Orsini, Susanna Pelagatti:
  A Tool for the Development of Structured Parallel Applications. 485-492
  
• François Pellegrini, Jean Roman:
  SCOTCH: A Software Package for Static Mapping by Dual Recursive Bipartitioning of Process and Architecture Graphs. 493-498
  
• Mark Chu-Carroll, Lori L. Pollock:
  Design and Implementation of a General Purpose Parallel Programming System. 499-507
  
• Peter Luksch, Ursula Maier, Sabine Rathmayer, Matthias Weidmann:
  Software Engineering Methods for Parallel and Distributed Scientific Computing. 508-513
  
• Salvatore Di Gregorio, Rocco Rongo, William Spataro, Giandomenico Spezzano, Domenico Talia:
  A Parallel Cellular Environment for High Performance Scientific Computing. 514-521
  
• Maria Calzarossa, Luisa Massari, Alessandro P. Merlo, Daniele Tessera:
  Parallel Performance Evaluation: The MEDEA Tool. 522-529
  
• Emilio Hernández:
  Parallelizing for a Good Node Performance. 530-535
  
• Gilles Kempf, Aad J. van der Steen, Christian Caremoli, Wei-Ying Thang:
  Simulation of Scientific Programs on Parallel Architectures. 536-546
  
• Xin Yuan, B. He, Dinshaw S. Balsara, Rami G. Melhem:
  A Load Balancing Package for Domain Decomposition on Distributed Memory Systems. 547-554
  
• Jan F. de Ronde, Arjen Schoneveld, Peter M. A. Sloot, Nick Floros, Jeff S. Reeve:
  Load Balancing by Redundant Decomposition and Mapping. 555-561
  
• Elise de Doncker, Patricia Ealy, Ajay K. Gupta:
  Two Methods for Load Balanced Distributed Adaptive Integration. 562-570
  
• Björn Schiemann, Lothar Borrmann:
  A New Approach for Load Balancing in High Performance Decision Support Systems. 571-579
  
• Ralf Diekmann, Uwe Dralle, Friedhelm Neugebauer, Thomas Römke:
  PadFEM: A Portable Parallel FEM-Tool. 580-585
  
• Denis Vanderstraeten, François-Xavier Roux, R. Keunings:
  A Hybrid Parallel Solver for Finite Element Computations. 586-592
  
• Lucas J. van Ewijk:
  The Finite Difference Time Domain Method on a Massively Parallel Computer. 593-598
  
• Emmanuel Issman, Gérard Degrez:
  A Parallel Implicit Compressible Multidimensional Upwind Euler/Navier-Stokes Solver on Unstructured Meshes. 599-606
  
• Gunther Brenner, Thilo Schönfeld, Norberto Mangiavacchi:
  A Multiphysics Approach to the Direct Numerical Simulation of Turbulent Flows on Parallel Computers. 607-612
  
• Jian Wu:
  Adaptive Parallel Multigrid in Computational Fluid Dynamics. 613-618
  
• S. Goossens, Emmanuel Issman, Gérard Degrez, Dirk Roose:
  Block ILP^-1U(0) Preconditioning for a GMRES Based Euler/Navier-Stokes Solver. 619-626
  
• Jens Simon, Jens-Michael Wierum:
  Sequential Performance Versus Scalability: Optimizing Parallel LU-Decomposition. 627-632
  
• Claude G. Diderich, Marc Gengler:
  Solving Traveling Salesman Problems Using a Parallel Synchronized Branch and Bound Algorithm. 633-638
  
• Daniel F. García, Francisco J. Suárez, Javier García, Miguel Cuervo, José María López, Faustino Obeso, Manuel Tarrío, Luis Loredo:
  A Parallel Hot Strip Mill Simulator for Testing Embedded Real-Time Monitoring System. 639-645
  
• Ramon Doallo, Basilio B. Fraguela, Juan Touriño, Emilio L. Zapata:
  Parallel Sparse Modified Gram-Schmidt QR Decomposition. 646-653
  
• Michèle Dion:
  Affine Data Mapping with Residual Communication Optimization: Evaluation of Heuristics. 654-661
  
• Peter Arbenz, Walter Gander, Michael Oettli:
  The Remote Computation System. 662-667
  
• Nicoletta Fornasari, Sergio Rovida:
  Conjugate-Gradients Algorithms on a CRAY-T3D. 668-673
  

Track C4: Computer Science

• Chris Bates, Innes Jelly, István Forgács, Éva Szabó, Jon M. Kerridge:
  Semantic Computability: A Mechanism for the Description of Test Data Sets for Scaleable Information Systems. 677-682
  
• Robert Kukla, Jon M. Kerridge:
  Intelligent Storage Devices for Scalable Information Management Systems. 683-688
  
• Julie A. McCann, Andy MacFarlane, Heather M. Liddell:
  Management Tools for Distributed Interoperable Environments. 689-695
  
• Robert van Liere, Jurriaan D. Mulder, Jarke J. van Wijk:
  Computational Steering. 696-702
  
• A. B. Della Rocca, S. Ferriani, L. La Porta:
  Image Convolutions by Quadrics Q1. 703-710
  
• Steve Larkin, Andrew J. Grant, W. Terry Hewitt:
  "Vipar" Libraries to Support Distribution and Processing of Visualization Datasets. 711-721
  
• Mihai G. Sirbu, Dan C. Marinescu:
  Bond - A Parallel Virtual Environment. 722-728
  
• Massimo Bernaschi, Francesco Papetti, Giulio Iannello:
  Efficient Collective Communication Operations for Parallel Industrial Codes. 729-735
  
• Zbigniew J. Czech, Wojciech Mikanik:
  Randomized PRAM Simulation Using T9000 Transputers. 736-743
  
• Taku Itoh, Masaki Kohata:
  Torus-Ring-Bus Connected Hierarchic Parallel Machine. 744-754
  
• Kris Demuynck, Jan Broeckhove, Frans Arickx:
  The Impact of Communication Mechanisms on the Performance in a Distributed Virtual Reality System. 755-761
  
• Walter Kuhn:
  Performance Prediction and Benchmarking: Results from the ALPSTONE Project. 762-769
  
• Jack Dongarra, Tony Hey, Erich Strohmaier:
  PARKBENCH: Methodology, Relations and Results. 770-777
  
• Pierre Boulet, Thomas Brandes:
  Evaluation of Automatic Parallelization Strategies for HPF Compilers. 778-783
  
• Pierre Boulet:
  Bouclettes: A Fortran Loop Parallelizer. 784-791
  
• Andy Nisbet, Rupert W. Ford:
  Spinning-on-Coherency: A New VSM Optimisation for Write-Invalidate. 792-797
  
• Alan T. Krantz, A. Zadroga, Sarah E. Chodrow, Vaidy S. Sunderam:
  An RPC Facility for PVM. 798-805
  
• Dieter Kranzlmüller, Siegfried Grabner, Jens Volkert:
  Debugging Massively Parallel Programs with ATEMPT. 806-811
  
• Mark Polman, Maarten van Steen:
  Design Level Support for Parallel and Distributed Applications. 812-819
  
• Peter Arbenz, Walter Gander, Hans Peter Lüthi, Urs von Matt:
  Sciddle 4.0, or, Remote Procedure Calles in PVM. 820-825
  
• Jack Dongarra, Jeremy Du Croz, Sven Hammarling, Jerzy Wasniewski, Adam Zemla:
  Lapack for Fortran90 Compiler. 826-833
  
• Thomas Brandes, David Greco:
  Realization of an HPF Interface to ScaLAPACK with Redistributions. 834-839
  
• Niandong Fang, Helmar Burkhart:
  Structured Parallel Programming Using MPI. 840-847
  
• Denis Caromel, Peter Dzwig, R. Kauffman, Heather M. Liddell, Alistair McEwan, Philippe Mussi, Jonathan Poole, Malcolm Rigg, Russel L. Winder:
  EC++ - EUROPA Parallel C++. A Draft Definition. 848-857
  
• Roya Ulrich, Winfried Dulz:
  OSSCAR - Object Oriented Simulation of Slotted Communication Architectures. 858-868
  
• H. W. Yau, A. Leung, Wojtek Furmanski, Geoffrey Fox:
  Exploration of Emerging HPCN Technologies for Web-Based Distributed Computing. 869-874
  
• Jack Dongarra, Hans Werner Meuer, Horst D. Simon, Erich Strohmaier:
  Changing Technologies of HPC. 875-879
  
• Volker Strumpen, Balkrishna Ramkumar, Thomas L. Casavant, Sudhakar M. Reddy:
  Perspectives for High Performance Computing in Workstation Networks. 880-889
  
• Antonio d'Acierno, Salvatore Palma:
  The Back-Propagation Learning Algorithm on the Meiko CS-2: Two Mapping Schemes. 890-897
  

Posters

• Holger Holthoff, Wolfgang Rönsch, Hans Bleecke, Bernhard Eisfeld, Norbert Kroll, Hubert Ritzdorf, Anton Schüller, Petra Aumann, Klaus Becker:
  Parallelization of Large Scale Industrial Aerodynamic Applications on the IBM RS/6000 SP. 901-904
  
• Kent Engström, Erik Reitsma, Peter Fritzson:
  Benchmarking an Intelligent Network Prototype Implemented in Parallel Erlang. 905-906
  
• Sarabjot S. Anand, David A. Bell, John G. Hughes, Mary Shapcott:
  A High-Performance Data Mining Server. 907-908
  
• Pascal Dechamboux, Daniel Hagimont, M. Lopez:
  Using a Distributed Shared Memory for Implementing Efficient Information Mediators. 909-912
  
• David Walter, Jon M. Kerridge:
  The Design of the IRISS Parallel Database Machine. 913-914
  
• Flavio A. Bergamaschi, Carlos Hulot, Ed Zaluska:
  Performance Evaluation of an Advanced Radar Tracking Filter on Commercially Available Parallel Computers. 915-916
  
• Fabrice Chantemargue, Susana Munoz, Michel Roethlisberger, John Apostolakis:
  A Real-Time Application on the SP2. 917-918
  
• John Yiannis Cotronis, Evangelos Floros, Nikos Papazis:
  Efficient Composition of PVM Programs. 919-920
  
• W. Liu, Guido H. Petit, Erik F. Dirkx:
  Simulation of ATM Exchanges on a Parallel Computer. 921-922
  
• Witold Alda, Witold Dzwinel, Jacek Kitowski, Jacek Moscinski, David A. Yuen:
  Molecular Simulation of Mixing Fluids and Microhydrodynamic Instabilities. 923-926
  
• Roberto Grosso, Klaus Wechsler, Thomas Ertl, Michael Schäfer:
  Computational Steering and Visualization for Multiblock Multigrid Flow Simulations. 927-928
  
• Gerald Löffler, Hellfried Schreiber:
  Parallel Biomolecular Simulation: An Overview and Analysis of Important Algorithms. 929-934
  
• Oliver Botti, M. Cesana, Edoardo Corsetti, P. Coslett, J. Hammond, F. Maestri, R. Meda, Elena Ratto, G. L. Redaelli, Alan Tully:
  SImulation of High-Voltage Substations on Parallel ARchitectures. 935-937
  
• Luis F. Romero, Emilio L. Zapata, J. I. Ramos:
  Efficient Parallel Solution of a Semiconductor Laser Array Dynamics Model. 938-939
  
• Adriana Cassano, Andrea Clematis, Filomena Ferrara, Michela Spagnuolo:
  Network Based Parallel Processing for Terrain Characterisation on Irregularly Sampled Data. 940-941
  
• Domenico Conforti, Lucio Grandinetti, Chefi Triki:
  A Parallel Algorithm for the Optimal Power Flows Problem. 942-943
  
• Ashley D. Lloyd, Tony Purcell:
  Massively Parallel Processing (MPP) Systems - Commercial Reality of Scientific Curiosity? 944-945
  
• Kimberly D. Barnes, Michael R. Leuze:
  Financial Automated Management Environment. 946-947
  
• Luiz M. Carvalho, Luc Giraud:
  Parallel Domain Decomposition Experiments on the Meiko CS2-HA. 948-949
  
• G. Bardotti, Silvio Migliori, A. Perozziello, Agostino Mathis, Paolo Novelli, M. A. Spano, Roberto Guadagni, A. M. Palumbo:
  Scalable Parallel Computing at ENEA. 950-951
  
• Jos Derksen, J. L. Kooman, Harry Van den Akker:
  Cluster Computing for Direct Numerical Flow Simulation. 952-953
  
• J. V. L. Beckers, Christopher P. Lowe, M. T. C. Elhorst:
  Scalable PPPM Method for Long-Range Interactions in Many Particle Systems. 954-956
  
• Angelo Corana, L. Milleri, S. Sciarretta:
  A Box-Assisted Parallel Algorithm to Compute the Correlation Dimension from a Time Series. 957-958
  
• M. A. R. Dantas, Ed Zaluska:
  Improving Load Balancing in an MPI Environment with Resource Management. 959-960
  
• Gennaro Della Vecchia, Riccardo Distasi, Michele Nappi, Maria Pepe:
  Fractal Image Compression Algorithms on a MIMD Architecture. 961-963
  
• Giulio Destri, Paolo Marenzoni:
  MPP Solution of Lattice Problems: Data Parallel vs. Message Passing. 964-965
  
• Jörn Gehring, Alexander Reinefeld:
  Exploiting Regularities for Migration Decisions in a Metacomputer Environment. 966-967
  
• C.-H. Lai, C. J. Palansuriya:
  A Distributed Algorithm for the Simulation of Temperatures in Metal Cutting. 968-969
  
• Antonio Messina, Massimo Borghesi, Massimo Fustini, Lucia Mazzoni, Manuele Torrisi, Jacques Léorat, Pasquale Londrillo:
  MagHy: A System for Tracking and Steering in Magnetohydrodynamics Simulation. 970-973
  
• L. A. Boukas, Nikolaos M. Missirlis:
  Parallel Solution of the Navier-Stokes Equations on Distributed Memory MIMD Machines. 974-977
  
• Salvatore Orlando, Raffaele Perego:
  A Load Balancing Strategy for Iterated Parallel Loop Scheduling. 978-979
  
• Thomas Kalkreuter, Hubert Simma:
  An Accelerated Conjugate Gradient Algorithm to Compute Low-Lying Eigenvalues of Sparse Hermitian Matrices. 980-984
  
• Gavril Godza, Maurizio Rebaudengo, Matteo Sonza Reorda:
  Using Parallel Genetic Algorithms for Solving the Min-Cut Problem. 985-986
  
• Maurizio Rebaudengo, Matteo Sonza Reorda:
  A Cellular Genetic Algorithm for the Floorplan Area Optimization Problem on a SIMD Architecture. 987-988
  
• Marc Garbey, Damien Tromeur-Dervout:
  Computing Stiff Propagating Combustion Fronts Between Walls on MIMD Architecture. 989-991
  
• Demosthenes Skipitaris, Harald H. Simonsen, M. Hermanrud:
  Experiences with DFS as a Filesystem in the Norwegian MetaCenter for Supercomputing. 992-993
  
• Françoise André, Jean-Louis Pazat:
  A Multi-Threads Runtime for the Pandore Data-Parallel Compiler. 994-996
  
• Roberto Ansaloni, Stefano Evangelisti, Elda Rossi:
  A One-Billion-Determinant Full-CI Benchmark on the Cray T3D. 997-998
  
• Alexander del Pino:
  Towards Portable Visualization and Virtual Environment Applications on Distributed Memory Architectures. 999-1000
  
• Michael Gerndt, Andreas Krumme:
  Program Optimization for Shared Virtual Memory Systems. 1001-1002
  
• Yen-Chun Lin, C. M. Lin:
  A Family of Efficient Algorithms for the Prefix Operation on Message-Passing Computers. 1003-1004
  
• Matthias Linke:
  GUTOP - Graphical User Interfaci to Operate in PARIX. 1005-1006
  
• Ken Mayes, James Bridgland, Stuart Quick, Andy Nisbet:
  Network Performance in Arena. 1007-1008
  
• Young Jin Nam, Joo Man Kim:
  The Design and Implementation of the Terminal Device Driver Server on Top of a Mikrokernel for SPAX. 1009-1010
  
• Sven M. Paas, Hubert Ertl:
  Administration of SHPC Systems within Heterogeneous UNIX Network Environments. 1011-1012
  
• George Manis, C. Voliotis, Panayotis Tsanakas, George K. Papakonstantinou:
  Enhancing PVM with Threads in Distributed Programming. 1013-1014
  
• J. M. Carmona, David Iñiguez, J. Pech, Alfonso Tarancón, C. L. Ullod:
  Dedicated Computers for Spin Models. 1015-1016
  
• Marco Danelutto, Susanna Pelagatti, Roberto Ravazzolo, A. Riaudo:
  Parallel OCR in P³L: A Case Study. 1017-1019
  
• M. Fanciullo, L. Finzi, O. Incani, A. Feltrin, N. Sanna, O. Tomagnini:
  Homology Modeling Package for Highly Parallel Computers (BMP-HPC). 1020-1022
  
• Elena Trichina, Juha Oinonen:
  Visualization of Configuration Description in Parallel Programming Environment. 1023-1024
  
• E. Turner-Smith, M. J. Marchant, Y. Zheng, M. Sotirakos, Nigel P. Weatherill:
  A Graphical User Environment for Computationally Intensive Engineering. 1025-1026
  
• Lu Wei:
  Mobile ATM Approach and Network Configuration. 1027-1028
  
• Roland Wismüller, Thomas Ludwig:
  The Tool-Set - An Integrated Tool Envrionment for PVM. 1029-1030
  
• Antonio Corradi, Letizia Leonardi, Franco Zambonelli:
  Object-Oriented Heterogeneous Computing: An Approach Based on Primitives. 1031-1032
  
• Rolf Hempel, Falk Zimmermann:
  On the Automatic PARMACS-to-MPI Transformation in Application Programs. 1033-1034
  

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