1. Parallel Programming 1

• 
  P. P. Delsanto, S. Biancotto, M. Scalerandi, Maurizio Rebaudengo, Matteo Sonza Reorda: Exploiting massively parallel architectures for the solution of diffusion and propagation problems. 1-6
• 
  Bruno Bacci, Marco Danelutto, Susanna Pelagatti, Marco Vanneschi, Salvatore Orlando: Summarising an experiment in parallel programming language design. 7-13
• 
  Peter Brezany, Thomas A. Mück, Erich Schikuta: Language, compiler and parallel database support for I/O intensive applications. 14-20

2. Tools

• 
  Adam Back, Stephen Turner: Using optimistic execution techniques as a parallelisation tool for general purpose computing. 21-26
• 
  Holger Günther, Frank Brockners, Thomas Bemmerl: System management tools for SHPC systems - partition management. 27-32
• 
  Weizhen Mao: Multi-operation multi-machine scheduling. 33-38
• 
  Fulvio Corno, Paolo Prinetto, Maurizio Rebaudengo, Matteo Sonza Reorda, Enzo Veiluva: A PVM tool for automatic test generation on parallel and distributed systems. 39-44

3. Networking

• 
  Don Tolmie: Gigabit LAN issues - HIPPI, fibre channel, or ATM? 45-53
• 
  The European meta computing utilizing integrated broadband communications (E=MC²) project. 54-59
• 
  Pietro Manzoni: Obtaining high performance data transmission in the Internet. 60-66
• 
  Andrea Clematis, Bianca Falcidieno, Diego Fernández-Prieto, Michela Spagnuolo: Parallel processing on heterogeneous networks for GIS applications. 67-72
• 
  Vijay Srinivasan, Anoop Ghanwani, Erol Gelenbe: Block loss reduction in ATM networks. 73-78
• 
  Ennio Pozzetti, Giuseppe Serazzi, Vidar Vetland, Jerome A. Rolia: Characterizing the resource demands of TCP/IP. 79-85
• 
  Volker Strumpen, Thomas L. Casavant: Implementing communication latency hiding in high-latency computer networks. 86-93

4. Performance Evaluation, Benchmarking and Modeling 1

• 
  Evgenia Smirni, Emilia Rosti: Modeling speedup of SPMD applications on the Intel Paragon: a case study. 94-101
• 
  Maria Calzarossa, Alessandro P. Merlo, Daniele Tessera, Günter Haring, Gabriele Kotsis: A hierarchical approach to workload characterization for parallel systems. 102-109
• 
  P. Marenzoni: Performance analysis of cray T3D and connection machine CM-5: a comparison. 110-117
• 
  Krzysztof Boryczko, Jacek Kitowski, Jacek Moscinski, A. Leszczynski: Numerically intensive computing as a benchmark for parallel computer architectures. 118-123
• 
  Massimo Piccardi, Tullio Salmon Cinotti, Silvia Zuffi: A preliminary performance evaluation of the quadrics architecture with the DARPA image understanding benchmark. 124-129
• 
  A. Brachini, A. Marconi, M. R. Nazzarelli, Salvo Sabina: An integrated approach to performance and testing analysis for parallel systems. 130-135

5. Weather Simulations, Climate and Environmental Applications

• 
  Mark R. Roest, Edwin A. H. Vollebregt, Eric ten Cate, Hai-Xiang Lin: Structured parallelisation of the flow simulation package TRIWAQ. 136-141
• 
  Carlos R. Mechoso: High-performance computing and networking for climate research. 142-147
• 
  Andy Sunderland: Parallel solution strategies for triangular systems arising from oil reservoir simulations. 148-155
• 
  G. Matthijs van Waveren, Ian M. Godfrey: Parallelisation of surface-related multiple elimination. 156-163
• 
  Bouchaib Radi, Jean-Francois Estrade: Preliminary results on the parallelization of ARPEGE/IFS with the implementation of the full Météo-France physics. 164-169
• 
  P. M. Meijer, Stefaan Poedts, J. P. Goedbloed, A. Jakoby: A parallel semi-implicit method for 3D nonlinear magnetohydrodynamics. 170-175

6. Compilers, Data Parallel Structures, Database

• 
  Françoise André, Marc Le Fur, Yves Mahéo, Jean-Louis Pazat: The Pandore data-parallel compiler and its portable runtime. 176-183
• 
  Michèle Dion, Yves Robert: Mapping affine loop nests: new results. 184-189
• 
  Sarabjot S. Anand, David A. Bell, John G. Hughes, Mary Shapcott: Evidential techniques in parallel database mining. 190-195
• 
  F. Stamatelopoulos, George Manis, George K. Papakonstantinou: A portable platform for parallel databases. 196-205

7. Monitoring, Debugging, Tools

• 
  Karsten M. Decker, Jiri J. Dvorak, René M. Rehmann, Roland Rühl: Satisfying application user requirements: A next-generation tool environment for parallel systems. 206-228
• 
  Elise de Doncker, Ajay K. Gupta, Patricia Ealy, Kyle Rathbun: Development of a parallel and distributed integration package - PART 1. 229-234
• 
  Siegfried Grabner, Dieter Kranzlmüller, Jens Volkert: Debugging parallel programs using ATEMPT. 235-240

8. Parallel Environment, Simulation 1

• 
  Vikram A. Saletore, Tony F. Neff: Message-driven parallel computations on the MEIKO CS-2 parallel supercomputer. 241-247
• 
  Silvia Veronese, Hans Othmer: A computational study of wave propagation in a model for anisotropic cardiac ventricular tissue. 248-253
• 
  Farshad Fatin, Ray J. Paul: Programming parallel simulations. 254-256
• 
  P. Carboni, M. Fuscione, F. Guindani, Sergio Punzi, Paolo Stofella: XHIVE: interactive parallel application development using the PCF methodology. 257-262

9. Neural Networks, Distributed Computing

• 
  Vincent Loechner, Catherine Mongenet: A toolbox for affine recurrence equations parallelization. 263-268
• 
  Davide Anguita, Filippo Passaggio, Rodolfo Zunino: Learning in large neural networks. 269-274
• 
  Julian Mattes, Denis Trystram, Jacques Demongeot: Neural networks for parallel contrast enhancement in medical images. 275-280
• 
  Hubert Kihl, Jean-Philippe Urban, Julien Gresser, Stefan Hagmann: Neural network based hand-eye positioning with a transputer-based system. 281-286

10. Physics, Astrophysics and Material Sciences

• 
  F. Willien, E. Piault, François-Xavier Roux: Parallel preconditioners in MIMD computers applied to petroleum industry. 287-292
• 
  M. Hortmann, M. Pophal, Michael Schäfer, Klaus Wechsler: Computation of heat transfer with methods of high performance scientific computing. 293-299
• 
  Andy Marsh, Dimitra I. Kaklamani: Solution of large electromagnetic problems made feasible by HPC-Reducing execution times from months to hours. 300-305
• 
  Alain Stoessel: An efficient tool for the study of 3D turbulent combustion phenomena on MPP computers. 306-311
• 
  Frank Seyl, Reinhard Schinke, Oswald Haan: A parallel code for simulating the ionization of hydrogen with short intense laser pulses. 312-317
• 
  Giovanni Erbacci, Roberto Ansaloni, B. Montagnini, R. Scardovelli, M. Sumini, D. Zardini: Porting a coarse-mesh neutron diffusion code on a Cray T3D massively parallel computer. 318-328
• 
  Marian Bubak, Jacek Moscinski, Marek Pogoda, Renata Slota: Load balancing for lattice gas and molecular dynamics simulations on networked workstations. 329-334

11. Managing HPCN 1

• 
  Andy D. Pimentel, J. van Brummen, T. Papathanassiadis, Peter M. A. Sloot, Louis O. Hertzberger: Mermaid: modelling and evaluation research in MIMD architecture design. 335-340
• 
  Ad Emmen: A framework for analysis of European HPCN centres. 341-346
• 
  Hinnerk Stueben: The Cray T3D as a production machine at Konrad-Zuse-Zentrum Berlin. 347-350
• 
  Josef Kallrath, Anna Schreieck: Discrete optimisation and real-world problems. 351-359

12. Managing HPCN 2

• 
  Geoffrey Fox, Kenneth A. Hawick, Marek Podgorny, Kim Mills, H. W. Yau: The electronic InfoMall - HPCN enabling industry and commerce. 360-365
• 
  Domenico Conforti, Luigi De Luca: Optimal management of electric power systems via high performance computing. 366-371
• 
  Johan Vounckx, Geert Deconinck, Rudy Lauwereins: Reconfiguration of massively parallel systems. 372-377

13. Load Balancing

• 
  Dominique Thévenin, Frank Behrendt, Ulrich Maas, Jürgen Warnatz: Simulation of reacting flows with a portable parallel code using dynamic load balancing. 378-383
• 
  Andreas Stathopoulos, Anders Ynnerman: Dynamic load balancing of atomic structure programs on a PVM cluster. 384-391
• 
  Rafael Van Driessche, Dirk Roose: Dynamic load balancing with a spectral bisection algorithm for the constrained graph partitioning problem. 392-397
• 
  Wouter Joosen, Stijn Bijnens, Bert Robben, Johan Van Oeyen, Pierre Verbaeten: Flexible load balancing software for parallel applications in a time-sharing environment. 398-406
• 
  Wolfgang Becker: Dynamic balancing complex workload in workstation networks - challenge, concepts and experience. 407-412

14. Visualization, Computational Fluid Dynamics

• 
  Kenneth A. Hawick, Geoffrey Fox: Exploiting high performance Fortran for computational fluid dynamics. 413-419
• 
  Peter Kruizinga, Nicolai Petkov: Person identification based on multiscale matching of cortical images. 420-427
• 
  Marco Fruscione, Paolo Stofella, H.-J. Denuell: PARCS: a scalable parallel multimedia server for fast archiving and communication of medical images. 428-433
• 
  J. G. Carter, D. Cokljat, R. J. Blake: Computation of turbulent coaxial jet flow on parallel systems. 434-440

15. Commercial Architectures and Applications 1

• 
  J. G. E. M. Fraaije, O. A. Evers: Implementation of dynamic density functional theory for self-organizing complex fluids on parallel computers. 441-447
• 
  M. E. S. Vogels, Harmen van der Ven, G. J. Hameetman: The need for super computers in aerospace research and industry. 448-454
• 
  Z. W. Song, Dirk Roose, C. S. Yu, Jean Berlamont: Parallelisation of a hydrodynamic model for the Northwest European continental shelf. 455-460
• 
  Massimo Bernaschi, Giorgio Richelli: PVMe: an enhanced implementation of PVM for the IBM 9076 SP2. 461-471
• 
  Nigel P. Topham, Kenneth McDougall: Performance of the decoupled ACRI-1 architecture: the perfect club. 472-480
• 
  Björn Tiemann, Johann vonder Mühll, Ivo Hasler, Edi Hiltebrand, Anton Gunzinger, Gerhard Tröster: Architecture and implementation of a single-board desktop supercomputer. 481-487

16. Molecular Modeling and Dynamics

• 
  Roberto Ansaloni, Elda Rossi, Stefano Evangelisti: Porting and optimizing a quantum-chemistry FCI algorithm on the Cray T3D. 488-495
• 
  Kurt Böhm: High performance computing for one of the grand challenges. 496-501
• 
  Henry Ellingworth, Sean R. Eddy: RNA structure alignment on a massively parallel computer. 502-507
• 
  Witold Dzwinel, Jan Blasiak: Pattern recognition via molecular dynamics on vector supercomputers and networked workstations. 508-513

17. CAD - for Electronic Circuity

• 
  Thomas Schnekenburger, Henning Spruth: Parallelization of an iterative placement algorithm using ParMod-C. 514-519
• 
  Marián Vajtersic: High Performance VLSI Model Elliptic Solvers. 520-525

18. Parallel Programming 2

• 
  Peter Brezany, Kamran Sanjari, Olivier Chéron, Erik van Konijnenburg: Processing irregular codes containing arrays with multi-dimensional distributions by the PREPARE HPF compiler. 526-531
• 
  Orly Kremien: Scalability in distributed systems, parallel systems and supercomputers. 532-541
• 
  Klaus Wolf, Andrea Holtz, Monika Lang: High performance C++. 542-547
• 
  Alistair N. Dunlop, Emilio Hernández, Oscar Naim, Tony Hey, Denis A. Nicole: A toolkit for optimising parallel performance. 548-553
• 
  Ranieri Baraglia, Domenico Laforenza, Antonio Laganà: Parallelization strategies for a reduced dimensionality calculation of quantum reactive scattering cross sections on a hybercube machine. 554-561

19. PVM Environment

• 
  Matthias Hausner, Michael Burrows, Chandramohan A. Thekkath: Efficient implementation of PVM on the AN2 ATM network. 562-569
• 
  Giovanni Aloisio, Mario A. Bochicchio: The use of PVM with workstation clusters for distributed SAR data processing. 570-581
• 
  Alexandre Alves, Luís Moura Silva, Joao Carreira, João Gabriel Silva: WPVM: parallel computing for the people. 582-587
• 
  E. Appiani, M. Bologna, Marco Corvi, M. Iardella: PVM in a shared-memory industrial multiprocessor. 588-593

20. Parallel Environments, Simulation 2

• 
  Andreas Mitschele-Thiel: The DSPL Project - An overview. 594-599
• 
  Christophe Calvin, Laurent Colombet, Philippe Michallon: Overlapping techniques of communications. 600-605
• 
  Andreas Blaszczyk, Z. Andjelic, P. Levin, A. Ustundag: Parallel computation of electric fields in a heterogeneous workstation cluster. 606-611

21. Performance Evaluation, Benchmarking and Modeling 2

• 
  Xiandeng Huang, Christoph Steigner: A model-driven tool for performance measurement and analysis of parallel programs. 612-617
• 
  Gabriele Schulz-Ziemer, Alfred Geiger: HPF on intel paragon and CRAFT on CRAY T3D: basic performance measurements and experiments with a block-sparse CG-algorithm. 618-625
• 
  Horst D. Simon, Erich Strohmaier: Statistical analysis of NAS parallel benchmarks and LINPACK results. 626-633
• 
  Benno J. Overeinder, Peter M. A. Sloot: Parallel performance evaluation through critical path analysis. 634-639
• 
  G. Bachler, Robert Greimel, H. Schiffermuller, Massimo Bernaschi, Francesco Papetti, Sauro Succi: Benchmarking the parallel FIRE code on IBM SP1-2 scalable parallel platforms. 640-645
• 
  Marc D. Cozzi: High performance disk systems for workstation environments. 646-651
• 
  Brendan Boulter: Performance evaluation of HPF for scientific computing. 652-657

22. Numerical Algorithms for Engineering Applications 1

• 
  Pascal Vezolle: Parallel computational electromagnetics on the CRAY T3D using boudary element method. 658-663
• 
  Sergio Taraglio, Federico Massaioli: An efficient implementation of a backpropagation learning algorithm on a Quadrics parallel supercomputer. 664-671
• 
  Timo Hakulinen, Fons Rademakers: Experience of running PIAF on the CS-2 at CERN. 672-677
• 
  Witold Alda, Witold Dzwinel, Jacek Kitowski, Jacek Moscinski, David A. Yuen: Convection driven by sedimentation using molecular dynamics approach. 678-683
• 
  Reiner Hauser, Iosif Legrand: A real-time application for the CS-2. 684-689
• 
  Rafael Asenjo, Emilio L. Zapata: Sparse LU factorization on the CRAY T3D. 690-696
• 
  Thomas Rauber, Gudula Rünger: Parallel solution of a Schrödinger-Poisson system. 697-702

23. Numerical Algorithms for Engineering Applications 2

• 
  Klaus Birken, Clemens Helf: A dynamic data model for parallel adaptive PDE solvers. 703-708
• 
  Stefano Caselli, Gianni Conte, P. Marenzoni: Analysis and solution of generalized stochastic Petri nets: a data parallel CM-5 approach. 709-716
• 
  R. Pavani, U. De Ros: A distributed divide-and-conquer approach to the paralle tridiagonal symmetric eigenvalue problem. 717-722
• 
  Martin B. van Gijzen: Parallel iterative solution methods for linear finite element computations on the Cray T3D. 723-728
• 
  Giuseppe Bruno, Antonio d'Acierno: The multi-algorithmic approach to optimisation problems. 729-734

23. Parallelization Techniques

• 
  Thomas Rauber, Gudula Rünger, Reinhard Wilhelm: An application specific parallel programming paradigm. 735-740
• 
  Corrado Ronchi, Roberto Iacono, Pier Stanislao Paolucci: Finite difference approximation to the shallow water equations on a quasi-uniform spherical grid. 741-747
• 
  Angelo Corana, Claudia Rolando: A parallel approach to compute the Kolmogorov entropy from a time series. 748-753

24. European Projects

• 
  E. Apolloni, Maurizio Talamo: ITU-Land ESPRIT project: a parallel DSS for environmental impact assessment. 754-761
• 
  Jean-Marc Letteron, Jeremy Bancroft: HOOD and parallelism in the Softpar project. 762-771
• 
  Joseph W. L. J. Mager, Armand ten Dam: HAMLET: HPCN technology for real-time, embedded applications. 772-780

25. Commercial Architectures and Applications 2

• 
  Markus Röttger, Ulf-Peter Schroeder, Jens Simon: Implementation of a parallel and distributed mapping kernel for PARIX. 781-786
• 
  Jean-Jacques Codani, Eric Glémet: Parallelism in LASSAP, a LArge Scale Sequence compArisons Package. 787-792
• 
  Michael Gerndt, Rudolf Berrendorf: Parallelizing applications with SVM-Fortran. 793-798
• 
  Monique Patron, Thierry Porcher, François Robin: An evaluation of the Cray T3D at CEA/CEL-V. 799-805

26. Europort 1

• 
  Hermann Mierendorff, Klaus Stüben, Clemens-August Thole, Owen Thomas: Europort-1: Porting industrial codes to parallel architectures. 806-812
• 
  Dave Robinson, Ismet Demirdzic, Ramesh Krishna: Parallel STAR promises bright future. 813-819
• 
  Gérard Degrez, Luc Giraud, Mark Loriot, Andrea Micelotta, Bruno Nitrosso, Alain Stoessel: Parallel industrial CFD calculations with N3S. 820-825
• 
  F. Debae, Yi Jiang, J. M. Marchal, P. Henriksen: A parallel version of Polyflow. 826-830
• 
  Cos S. Ierotheou, C. R. Forsey, U. Block: Parallelisation of a novel 3D hybrid structured/unstructured grid CFD production code. 831-836
• 
  V. Van Kemenade, Michel J. Daydé, J. B. Vos: Parallel Navier-Stokes multi-block code to solve industrial aerodynamic design problems on high performance computers. 837-843
• 
  Markus Ast, Hartmut Manz, Jesús Labarta, Andrés Pérez, J. Solé, Uwe Schulz: A general approach for an automatic parallelization applied to the finite element code PERMAS. 844-849
• 
  Stefan Mayer, Petra Poschmann, Shawn Shamsian, Louis Komzsik, Ian Boston, Mike Surridge: Parallel MSC/NASTRAN on Distributed Memory Computers. 850-855
• 
  Guy Lonsdale, B. Elsner, Jan Clinckemaillie, Stefanos Vlachoutsis, F. de Bruyne, Michael Holzner: Experiences with industrial crashworthiness simulation using the portable, message-passing PAM-CRASH code. 856-862
• 
  J.-P. Delsemme: SAMMI: S.A.M.C.E.F. migration onto parallel platforms. 863-868

27. Europort 2

• 
  Adrian Colbrook, John A. Elliott, Max Lemke, Francis Wray: EUROPORT2 - ESPRIT European Porting Action No. 2. 869-874
• 
  Daron Green, Ken Meacham, Frans van Hoesel: Parallelisation of the molecular dynamics code GROMOS87 for distributed memory parallel architectures. 875-879
• 
  Daron Green, Ian Boston, Walter Thiel: Parallelisation in quantum chemistry: the MNDO code. 880-885
• 
  Beshar Zuhdy, Peter Fritzson, Kent Engström: Implementation of the real-time functional language Erlang on a massively parallel platform, with applications to telecommunications services. 886-891
• 
  Patrik Nordling, Peter Fritzson: Parallelisation of the CVODE ordinary differential equation solver with applications to rolling bearing simulation. 892-897
• 
  Cliff Addison, E. Appiani, R. Cook, Marco Corvi, J. Harms, G. Howard, B. Stephens: PULSAR: a parallel library for SAR image segmentation. 898-903
• 
  Steven Whittle, Martin Hargreaves, Peter Kerton, Rod Perala: A review of the PEPSE (Parallel Electromagnetic Problem Solving Environment) project. 904-909
• 
  A. Buland, R. Sollie, Jørn Amundsen: Parallelisation of a code for seismic depth migration. 910-915
• 
  Arne Marthinsen, Tor Helge Hansen: Parallelisation of the multibody simulation package FEDEM. 916-921
• 
  R. Miller, A. Kevin Parrott, Craig Glasgow, E. M. Slessor, John Simkin: Highly efficient portability in parallel codes for industrial applications. 922-927

28. Poster

• 
  Andreas Linke, Dieter W. Heermann, Christian Münkel: A tool for materials exploration. 928
• 
  Anirban Basu: PARAM 9000 and the programming environment. 929
• 
  Antonella Branca, Massimo Ianigro, Arcangelo Distante: A comparison between HPF and PVM for data parallel algorithms on a cluster of workstations using a high speed network. 930-931
• 
  Adrian Cox: A transputer based generic message passing library. 932
• 
  Paolo Cremonesi: Kohonen neural networks: a parallel algorithm for automatic signal reconstruction. 933-934
• 
  Stoicho D. Stoichev, Plamenka Borovska: Experimental environment for task allocation in parallel computer architectures. 935
• 
  J. C. Quill, R. K. McConnell, Peter Milligan, A. Wylie: A prototype environment for parallelisation. 936
• 
  Stephan Gillich, Bernhard Ries: Flexible, portable performance analysis for PARMACS and MPI. 937
• 
  Nicolai Petkov: Biologically motivated self-organizing image classification system. 938
• 
  Günther Schreiner, Werner Zorn: Generic management architecture (GEMA) - A new approach. 939
• 
  Stefan Thomas: Upgrading from f77 to f90 on the Cray-C90. 940
• 
  Mark Cross, Chris Walshaw, M. Keech, Heather M. Liddell, J. Steel, P. Welch: Implementing a strategy for the promotion of high performance computing in the UK. 941
• 
  H. Richter: Quantitative classification of interconnections. 942
• 
  P. Blaznik, B. Glaser, J. Tasic: Parallel updating algorithm for image restoration. 943
• 
  Roberto Battiti, Peter Lee, Alvise Sartori, Giampietro Tecchiolli: Special-purpose parallel architectures for high-performance machine learning. 944
• 
  Didier Gazen, Didier El Baz: Efficient implementation of parallel algorithms for nonlinear network problems. 945-946

14. Visualization, Computational Fluid Dynamics (continued)

• 
  G. M. Ng: A high-performance distributed graphics system. 947-952

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