HPCN Europe 1994: Munich, Germany

@proceedings{DBLP:conf/hpcn/1994-1,
  editor    = {Wolfgang Gentzsch and
               Uwe Harms},
  title     = {High-Performance Computing and Networking, International Conference
               and Exhibition, HPCN Europe 1994, Munich, Germany, April 18-20,
               1994, Proceedings, Volume I: Applications},
  booktitle = {HPCN},
  publisher = {Springer},
  series    = {Lecture Notes in Computer Science},
  volume    = {796},
  year      = {1994},
  isbn      = {3-540-57980-X},
  bibsource = {DBLP, http://dblp.uni-trier.de}
}

Keynote Talks

• Geoffrey Fox, Kim Mills:
  Information Processing and Oppertunities for HPCC Use in Industry. 1-14
  
• David O. Williams:
  Information Superhighways - Does Europe Need Them, Can Europe Build Them? 15-19
  

HPCN and Visualization in Industry

• M. Hillmann, J. Weiher:
  Simulation of Metal Forming Processes with Respect to MPP-Systems (Invited Paper). 21-30
  
• Rolf Herken:
  High Image Quality Rendering on Scalable Parallel Systems (Invited Paper). 31
  
• S. H. Duncan, P. L. Gordon, Ed Zaluska, S. I. Edwards:
  Parallel Processing in High Integrity Aircraft Engine Control. 32-39
  
• G. D. García, Francisco J. Suárez, Manuel García, Enrique Lasso, Rafael Guzman, Trevor Garden, David Watson, Chic McGregor, Faustino Obeso, Manuel Tarrío, Gianni Rota, Franco Cocola, Fiorella Degli:
  An Embedded Solution Using High-Performance Computing for Cost Effective On-Line Real-Time Monitoring of Industrial Processes. 40-45
  
• Adrian Colbrook, Max Lemke, Hermann Mierendorff, Klaus Stüben, Clemens-August Thole, Owen Thomas:
  EUROPORT - ESPRIT European Porting Projects. 46-54
  

Algorithms for Engineering Applications

• Guy Lonsdale, Jan Clinckemaillie, Stefanos Vlachoutsis, J. Dubois:
  Communication Reqirements in Parallel Crashworthiness Simulation. 55-61
  
• Ian Boston, Mike Surridge, Colin Upstill:
  PAFEC-FE - A Commercial Parallel Finite Element Package. 62-71
  
• M. Bennani, T. Braconnier, J. C. Dunyach:
  Solving Large-Scale Nonnormal Eigenproblems in the Aeronautical Industry Using Parallel BLAS. 72-77
  
• M. Krafczyk, E. Rank:
  Supercomputing on a Workstation Cluster: A Parallelized Lattice-Gas Solver for Transient Navier-Stokes-Flow. 78-83
  
• Lucio Grandinetti, Francesca Guerriero, Roberto Musmanno:
  Parallel Techniques for Large-Scale Nonlinear Network Optimization. 84-91
  
• Astrid Watermann, Jürgen Altes:
  Experiences Concerning the Parallelization of the Finite Element Code SMART. 92-93
  

Electrical Computer Aided Engineering

• Wilfried Daehn:
  Electrosmog and Electromagnetic CAD (Invited Paper). 94-98
  
• Wilfried Klix, Ralf Dittmann, Roland Stenzel:
  Three-Dimensional Simulation of Semiconductor Devices. 99-104
  
• Peter A. Krauss:
  A Distributed Automatic Test Pattern Generation System. 105-110
  
• Peter Luksch:
  Distributed Logic Simulation - A Test Environment for the Evaluation of Different Approaches. 111-116
  
• Axel Hunger, Frank Müller:
  Modelling Hierarchy as Guideline for Parallel Simulation. 117-118
  

Computational Fluid Dynamics

• H. Daniels, A. Peters, O. Bergen, C. Forkel:
  Large Implicit Finite Element Simulations of Time-Dependent Incompressible Flows on Scalable Parallel Systems. 119-124
  
• Dominique Thévenin, Frank Behrendt, Ulrich Maas, Jürgen Warnatz:
  Parallel Simulation of Reacting Flows Using Detailed Chemistry. 125-130
  
• Stefan Haberhauer:
  Unstructured Computational Fluid Dynamics on Massively-Parallel SIMD-Systems. 131-138
  
• C. de Nicola, Giuseppe De Pietro, M. Giuliani:
  An Advanced Parallel Multiblock Code for the Solution of 2D Flow-fields. 139-144
  
• C. W. Oosterlee, Hubert Ritzdorf, Anton Schüller, Barbara Steckel:
  Parallel Multigrid Reesults for Euler Equations and Grid Partitioning into a Large Number of Blocks. 145-150
  
• Luc Giraud, G. M. Manzini:
  Parallel Distributed Implementations of 2D Explicit Euler Solvers. 151-156
  
• Emmanuel Issman, Gérard Degrez, Johan De Keyser:
  A Parallel Multiblock Euler/Navier-Stokes Solver on a Cluster of Workstations Using PVM. 157-162
  
• G. van Beek, J. P. Geschiere, A. R. Sukul:
  Parallelization of a 3D Multi-Block Navier-Stokes Flow Solver on a Distributed Memory MIMD Machine. 163-170
  
• Isabelle d'Ast:
  Porting of a Three-Dimensional Navier-Stokes Solver to a Range of Parallel Computers and a Network of Workstations. 171-176
  
• Krzysztof Boryczko, Marian Bubak, Jacek Kitowski, Jacek Moscinski, Renata Slota:
  Lattice Gas Automata and Molecular Dynamics on a Network of Computers. 177-180
  
• Stefan Dietrich, Iain Boyd:
  Parallel Scalar Optimized Direct Simulation Monte Carlo Method for Rarefied Flows on the SP-1. 181-182
  

Computational Chemistry

• Jean-Marie André, Benoît Champagne, Joseph Delhalle, J. G. Fripiat, D. H. Mosley:
  Modern Quantum Mechanical Techniques and Computations on the Electronic Structure of Polymers (Invited Paper). 183-188
  
• Robert Bywater, Wouter Joosen, Stijn Bijnens, Pierre Verbaeten, Thomas Larsen, John W. Perram:
  Object-Oriented Simulation Software for Drug Design. 189-196
  
• Oswaldo Trelles-Salazar, Emilio L. Zapata, José María Carazo:
  Mapping Strategies for Sequential Sequence Comparison Algorithms on LAN-Based Message Passing Architectures. 197-202
  
• Hans Lischka, Holger Dachsel, Ron L. Shepard, Robert J. Harrison:
  Parallel Computing in Quantum Chemistry - Message Passing and Beyond for a General Ab Initio Program System. 203-209
  
• P. Bleckmann, F. H. Walter:
  Solving Dynamic and Quantum Chemical Problems with the Help of Concurrent Processors. 210-218
  
• Geerd H. F. Diercksen:
  Intelligent Software: The OpenMol Program. 219-222
  
• Eamonn O'Toole, Mike Surridge, Colin Upstill:
  Parallel Molecular Dynamics Simulation of Commercial Surfactants. 223-225
  
• J. Schulte, G. Seifert:
  Computer Simulations of Molecular Collision Processes. 226-231
  
• Hartmut Braun, Margret Assfalg, Klaus Weymann, Tom Harvey: Parallel Processing of Generating Large Molecular Databases. 232-235
• Dominic A. Clark, Christopher J. Rawlings, Jack Shirazi:
  Applications of Parallel Constraint Logic Programming to Molecular Biology and Genetics. 236-237
  
• Uwe Tangen, Helmut Weberpals:
  Simulating Biological Evolution on a Parallel Computer. 238-243
  

Material Sciences

• Kurt Kremer:
  Supercomputing in Polymer Research (Invited Paper). 244-253
  
• R. Keunings, R. Aggarwal, P. Henriksen, Denis Vanderstraeten, O. Zone:
  Parallel Finite Element Algorithms Applied to Polymer Flow. 254-260
  
• Ole H. Nielsen:
  Performance of a Molecular-Dynamics Algorithm on Connection Machines CM-200 and CM-5. 261-266
  
• Ulrich K. Rößler, Helmar Teichler:
  Parallel Molecular Dynamics Simulations of Liquid and Amorphous Metals. 267-273
  
• D. Hohl:
  Computational Materials Science from First Principles. 274-280
  
• Michael Gerndt:
  Automatic Parallelization of a Crystal Growth Simulation Program for Distributed-Memory Systems. 281-286
  
• M. J. P. Nijmeijer:
  A Parallel Molecular-Dynamics Simulation of Crystal Growth at a Cluster of Workstations. 287-292
  
• J. M. Voogd, Peter M. A. Sloot, R. van Dantzig:
  Simulated Annealing for N-body Systems. 293-298
  

Weather Simulations

• Saulo R. M. Barros, David Dent, Lars Isaksen, Guy Robinson, Fritz G. Wollenweber:
  The Message Passing Version of ECMWF's Weather Forecast Model. 299-304
  
• Ute Gärtel, Wolfgang Joppich, Anton Schüller:
  Parallel Computing for Weather Prediction. 305-310
  
• Jens Gerlach, Birgit Kähler:
  Parallelization of a Mesoscale Model of Atmospheric Circulation - An Object-Oriented Approach. 311-316
  
• Y. Trémolet, François-Xavier Le Dimet, Denis Trystram:
  Parallelization of Scientific Applications: Data Assimilation in Meteorology. 317-322
  

Environmental Applications and Climate

• Hans-Peter Kersken, B. Fritzsch, Olaf Schenk, W. Hiller, J. Behrens, E. Krauße:
  Parallelization of Large Scale Ocean Models by Data Decomposition. 323-328
  
• Z. W. Song, K. P. P. Pathirana, Dirk Roose, Jean Berlamont:
  Simulation of Tidal Flows for Southern North Sea and Sediment Transports for Western Scheldt Estuary on Parallel Computers. 329-334
  
• Christophe Kervévan, Robert Fabriol, Antonio Guillén, Jean-Pierre Sauty:
  A Sequential-Parallel Approach for Coupling Chemistry and Transport in Groundwater Quality Modelling. 335-339
  
• Cliff Addison, Thomas Christensen, Jesper Larsen, Tim Oliver, Andy Sunderland:
  Supporting an Oil Reservoir Simulator in a Distributed Memory Environment. 340-345
  
• H. W. Yau, K. A. Cliffe, J. E. Sinclair, P. J. Sumner:
  The Parallelization of the AEA Probabilistic Safety Assessment Program, MASCOT. 346-351
  

High Energy Physics and Astrophysics

• Peter Altevogt, Fritz Gutbrod:
  Monte Carlo Simulations of Lattice Gauge Theories on Multiprocessor Systems. 352-357
  
• Matthias Steinmetz:
  The Formation of Galaxies: A Challenge for Supercomputers - A Simple Task for GRAPE? 358-364
  
• Stefaan Poedts, P. M. Meijer, J. P. Goedbloed, Henk A. van der Vorst, A. Jakoby:
  Parallel Magnetohydrodynamics on the CM-5. 365-370
  
• John Apostolakis, Claudio E. Bruschini, Paolo Calafiura, Fabrizio Gagliardi, Michael Metcalf, Alan Norton, Bernd Panzer-Steindel, Laura M. Bertolotto, Ken J. Peach:
  First Results from the Parallelization of CERN's NA48 Simulation Program. 371-376
  
• G. E. Girlin, G. M. Guryanov, N. P. Korneeva, Yu. B. Samsonenko:
  Software Package for Reflection High Energy Electron Diffraction Beam Intensity Measurement and Analysis System. 377-379
  

Neuro-Science and Neural Networks

• Nicolai Petkov:
  Conceiving Computationally Intensive Approaches to Vision (Invited Paper). 380-389
  
• Stefan Hagmann, Hubert Kihl, Daniel Kuhn, Jean-Philippe Urban:
  A Transputer-Based Visually-Guided Robot System Using Neuro-Control. 390-395
  
• Louis Vuurpijl, Theo E. Schouten, Jan Vytopil:
  A Scalable Performance Prediction Method for Parallel Neural Network Simulations. 396-401
  
• Louis Vuurpijl, Theo E. Schouten, Jan Vytopil:
  PREENS, a Parallel Research Excecution Environment for Neural Systems. 402-407
  
• David A. Castelow, N. D. Gent:
  Parallel Implementation of Control Tasks for an Automated Stereo Camera Mount. 408-415
  
• Zdenek Hanzálek:
  Simulating Neural Networks on Telmat T-node. 416-417
  
• Marc M. Lankhorst:
  A Genetic Algorithm for Grammatical Inference. 418-419
  
• Paul Lukowicz, Jutta Schiffers, Rudi Cober:
  A Massively Parallel Implementation of the Full Search Vector Quantization Algorithm. 420-421
  

Database Applications

• Iain Cramb, Colin Upstill:
  Commercial Database Applications on Parallel Systems. 422-423
  
• Jon M. Kerridge, Innes Jelly, Chris Bates:
  Evaluation of High Performance Parallel Database Machines. 424-429
  
• F. Richard Kroll:
  A Free-Text Retrieval Index-Server on a Massively Parallel Machine. 430-434
  
• David Walter, Jon M. Kerridge:
  Large Scale Data Management and Massively Parallel Architectures in Automatic Fingerprint Recognition. 435-440
  
• Marco Fruscione, L. Marenzi, Sergio Punzi, Paolo Stofella:
  PARCS: Parallel Picture Archiving and Communication System. 441-445
  
• Qi Yang, Clement T. Yu, Chengwen Liu:
  The Performance of a Parallel Scheme Using the Divide-and-Conquer Method. 446-447
  

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