HPCN Europe 1998: Amsterdam, The Netherlands

@proceedings{DBLP:conf/hpcn/1998,
  editor    = {Peter M. A. Sloot and
               Marian Bubak and
               Louis O. Hertzberger},
  title     = {High-Performance Computing and Networking, International Conference
               and Exhibition, HPCN Europe 1998, Amsterdam, The Netherlands,
               April 21-23, 1998, Proceedings},
  booktitle = {HPCN},
  publisher = {Springer},
  series    = {Lecture Notes in Computer Science},
  volume    = {1401},
  year      = {1998},
  isbn      = {3-540-64443-1},
  bibsource = {DBLP, http://dblp.uni-trier.de}
}

1. Industrial and General Applications

• Christophe Barberet, Lionel Brunie, Frederic Desprez, Gilles Lebourgeois, Yves Robert, Stéphane Ubéda, Karine Van Heumen:
  Technology Transfer within the ProHPC TTN at ENS Lyon. 3-12
  
• W. Loeve, M. E. S. Vogels:
  Competence Management Engineering Environments with HPCN. 13-22
  
• Ronny Groothuizen, Harmen van der Ven:
  A NICE HPNC Centre for Flow Simulation. 23-29
  
• Jörg Stadler:
  Industrial Applications of High Performance Computing: The Experiences from HWW. 30-33
  
• Davide Anguita, Andrea Boni, Marco Chirico, Fabrizio Giudici, Anna Marina Scapolla, Giancarlo Parodi:
  High Performance Neurocomputing: Industrial and Medical Applications of the RAIN System. 34-43
  
• J. C. González, J. Herrera, Salvador García, F. H. Priano, José L. Roda, Casiano Rodríguez:
  An Intranet Solution for Geographically Dispersed Educational Centres: PINCEL-NET. 44-53
  
• Andy Marsh:
  EUROMED - A 21st Century WWW-Based Telemedical Information Society. 54-63
  
• Lucio Grandinetti, Domenico Conforti, Luigi De Luca:
  CAMD and TeleEEG: Software Tools for Telemedicine Applications. 64-73
  
• Apostolos Meliones, Antonis Karidis, S. Perrakis, V. Siganos, C. Skelton:
  Distributed Audio-Visual Content Development. 74-85
  
• Matteo Beccaria, Guido Buresti, Alberto Ciampa, Giuseppe Curci, Giovanni Lombardi, Wolfgang Gentzsch, Daniela Lomabardo, Giuseppe Manacorda, Hans-Georg Paap, Andrea Vicerè:
  HIgh PErformance ROADvehicle Optimized Aerodynamic Design: Application of Parallel Computing to Car Design. 86-95
  
• Jos Derksen, Harry Van den Akker:
  Parallel Simulation of Turbulent Fluid Flow in a Matrix Tank. 96-104
  
• Paolo Palazzari, P. D'Atanasio, F. Ragusini:
  Simulation of Patch Array Antennas through the Implementation of Finite-Difference Time-Domain (FD-TD) Algorithm on Distributed Memory Massively Parallel Systems. 105-114
  
• Chris H. Q. Ding, Peter M. Lyster, Jay Walter Larson, Jing Guo, Arlindo da Silva:
  Atmosperic Data Assimilation on Distributed-Memory Parallel Supercomputers. 115-124
  
• Hakan Öksüzoglu, A. G. M. van Hees:
  A Barotropic Global Ocean Model and its Parallel Implementation on Unstructured Grids. 125-132
  
• S. Hummel, I. J. P. Elshoff, A. E. Mynett:
  Distributed Engineering Systems in Coastal Zone Management. 133-140
  
• J. G. Blom, Walter M. Lioen, J. G. Verwer:
  HPCN and Air Quality Modeling. 141-150
  
• S. Nicastro, F. Valentinotti:
  Parallel Implementation of a Meteorological Model on a SIMD Architecture. 151-159
  

2. Computational Science

• Massimo Bernaschi, Filippo Castiglione, Sauro Succi:
  A Parallel Simulator of the Immune Response. 163-172
  
• Drona Kandhai, David Dubbeldam, Alfons G. Hoekstra, Peter M. A. Sloot:
  Parallel Latice-Boltzmann Simulation of Fluid Flow in Centrifugal Elutriation Chambers. 173-182
  
• Norbert Attig, Stephan Güsken, P. Lacock, Thomas Lippert, Klaus Schilling, P. Ueberholz, J. Viehoff:
  Running a Code for Lattice Quantum Chromodynamics Efficiently on CRAY T3E Systems. 183-192
  
• Fabien Banse, Jean-Luc Dekeyser, Renaud Fauquembergue, François Dessenne:
  Implementation of a Bi-Parallel Monte Carlo Device Simulation on Two Architectures. 193-202
  
• Beniamino Di Martino, Sergio Briguglio, Gregorio Vlad, Piero Sguazzero:
  Parallel Plasma Simulation in High Performance FORTRAN. 203-212
  
• Giuliana Fogaccia:
  Parallel Implementation of a Lattice Boltzmann Algorithm for Electrostatic Plasma Turbulence. 213-222
  
• Chris H. Q. Ding:
  Evaluations of HPF for Practical Scientific Algorithms on T3E. 223-232
  
• Rony Keppens, Stefaan Poedts, J. P. Goedbloed:
  Data Parallel Simulations of the Magnetohydrodynamics of Plasma Loops. 233-241
  
• Auke van der Ploeg:
  Parallelization of a Block Tridiagonal Solver in HPF on an IBM SP2. 242-251
  
• Jean-Yves Berthou, Laurent Plagne:
  Parallel HPF-MPI Implementation of the TBSCM Poisoon Solver. 252-261
  
• Apostolos Meliones, Ion Barosan, Theodora A. Varvarigou:
  Efficient Distributed Execution of Computationally Intensive Tasks. 262-273
  
• Antonio Corradi, Letizia Leonardi, Franco Zambonelli:
  On the Effectiveness of Different Diffusive Load Balancing Policies in Dynamic Applications. 274-283
  
• Fabrizio Baiardi, Primo Becuzzi, Paolo Mori, M. Paoli:
  Load Balancing and Locality in Hierarchical N-Body Algorithms on Distributed Memory Architectures. 284-293
  
• George Xirogiannis, Hamish Taylor:
  A Dynamic Task Distribution and Engine Allocation Strategy for Distributed Execution of Logic Programs. 294-304
  
• Ludmila Cherkasova:
  Scheduling Strategy to improve Response Time for Web Applications. 305-314
  
• Douglas Antony Louis Piriyakumar, C. Siva Ram Murthy, Paul Levi:
  A New A^* Based Optimal Task Scheduling in Heterogeneous Multiprocessor Systems applied to Computer Vision. 315-323
  
• Françoise André, Christine Morin, Maria-Teresa Segarra:
  Mechanisms for Global Processor and Memory Management on a NoW. 324-336
  
• J. M. MacLaren, J. Mark Bull:
  Lessons Learned when Comparing Shared Memory and Message Passing Codes on Three Modern Parallel Architectures. 337-346
  
• Dan Aharoni, Amnon Barak:
  Asynchronous Parallel Discontinuous Finite Element Method. 347-357
  
• Kazushi Kitagawa, Hisashi Nakamura, Genki Yagawa:
  Comparison between Substructure Method and Domain Decomposition Method. 358-367
  
• Gábor Tóth, Rony Keppens:
  Comparison of Different Computer Platforms for Running the Versatile Advection Code. 368-376
  
• Abdul Waheed, Jerry C. Yan:
  Parallelization of NAS Benchmarks for Shared Memory Multiprocessore. 377-386
  
• Franck Diard:
  The Photon4D Distributed Engine: A Distribution Layer for High Quality Rendering in Shared Virtual Immersion. 387-396
  
• Harmen van der Ven, Bert C. Schultheiss, Shun Doi, Hideki Matsumoto, Kouta Sugihara, Toshifumi Takei:
  Real-Time Visualization of Large Data Sets on NLR's NEC SX-4. 397-402
  
• Jan Blasiak, Witold Dzwinel:
  Visual Clustering of Multidimensional and Large Data Sets Using Parallel Environments. 403-410
  
• Graham S. Hodgson, Peter Dzwig, Heather M. Liddell, Dennis Parkinson:
  Application of HPC to Medium-Size Stochastic Systems with Non-Linear Constraints in Finance. 411-418
  
• Ulrich Nowak, Rainald Ehrig, Lars Oeverdieck:
  Parallel Extrapolation Methods and their Application in Chemical Engineering. 419-428
  
• K. E. Kerry, Kenneth A. Hawick:
  Kriging Interpolation on High-Performance Computers. 429-438
  
• Thomas Lippert, Klaus Schilling, Federico Toschi, S. Trentmann, Raffaele Tripiccione:
  Transpose Algorithm for FFT on APE/Quadrics. 439-448
  
• M. Tahar Kechadi, David F. Hegarty:
  A Parallel Technique for Partitioning Nodes of Weighted Graphs. 449-457
  
• Gabriella Dodero, Vittoria Gianuzzi, M. Moscati, M. Corvi:
  A Scalable Parallel Algorithm for Matching Pusuit Signal Decomposition. 458-466
  

3. Computer Science

• Arjan J. H. Peddemors, Louis O. Hertzberger:
  A High Performance Distributed Database System for Enhanced Internet Services. 469-478
  
• Nicola Zingirian, Massimo Maresca, S. Nalin:
  Efficiency of Standard Software Architectures for JAVA-Based Access to Remote Databases. 479-488
  
• June M. Donato, Jack C. Schryver, Gregory C. Hinkel, Richard L. Schmoyer Jr., Nancy W. Grady, Michael R. Leuze:
  Mining Mult-Dimensional Data for Decision Support. 489-497
  
• David Taniar, Yi Jiang:
  A High Performance Object-Oriented Destributed Parallel Database Architecture. 498-507
  
• David Taniar:
  Toward an Ideal Data Placement Scheme for High Performance Object-Oriented Database Systems. 508-517
  
• Pierrick Beaugendre, Thierry Priol, Guillaume Alléon, Delphine Delavaux:
  A Client/Server Approach for HPC Applications within a Networking Environment. 518-525
  
• Volker Sander, Dietmar W. Erwin, Valentina Huber:
  High-Performance Computer Management Based on JAVA. 526-534
  
• Insung Park, Rudolf Eigenmann:
  URSA MAJOR: Exploring Web Technology for Design and Evaluation of High-Performance Systems. 535-544
  
• Jaturon Chattratichat, John Darlington, Yike Guo, S. Hedvall, Martin Köhler, A. Saleem, Janjao Sutiwaraphun, Dan Yang:
  A Software Architecture for Deploying High Performance Solution on the Internet. 545-555
  
• Roy Williams, Bruce Sears:
  PARAFLOW: A Dataflow Distributed Data-Computing System. 556-565
  
• Martin Schulz:
  SISCI-Pthreads, SMP-like programming on an SCI-cluster. 566-575
  
• Bjarne Geir Herland, Michael Eberl, Hermann Hellwagner:
  A Common Messaging Layer for MPI and PVM over SCI. 576-587
  
• Hironori Nakajo, Hidekazu Tanaka, Yoshinori Nakanishi, Masaki Kohata, Yukio Kaneda:
  Distributed Shared-Memory for a Workstation Cluster with a High Speed Serial Interface. 588-597
  
• Kenneth A. Hawick, Heath A. James, Craig J. Patten, Francis Vaughan:
  DISCWorld: A Distributed High Performance Computing Environment. 598-606
  
• Hidemoto Nakada, Hiromitsu Takagi, Satoshi Matsuoka, Umpei Nagashima, Mitsuhisa Sato, Satoshi Sekiguchi:
  Utilizing the Metaserver Architecture in the Ninf Global Computing System. 607-616
  
• Bernhard Bühlmann, Hanspeter Bieri:
  Supercomputing at the Desktop: An Improved Interface Using Internet Facilities. 617-627
  
• Pascale Launay, Jean-Louis Pazat:
  A Framework for Parallel Programming in JAVA. 628-637
  
• Anshu Aggarwal, Dirk Grunwald:
  Effects of Network Bandwidth on Performance in Software DSM Systems. 638-647
  
• Francisco Cortes Gomez, Reinhard Lüling:
  A Parallel Continous Media Server for Internet Environmets. 648-657
  
• Dirceu Cavendish, Aiguo Fei, Mario Gerla, Raphael Rom:
  On the Construction of Low Cost Multicast Trees with Bandwidth Reservation. 658-667
  
• Jesús Carretero, Jaechun No, Sung-Soon Park, Alok N. Choudhary, Pang Chen:
  COMPASSION: A Parallel I/O Runtime System Including Chunking and Compression for Irregular Applications. 668-677
  
• Frederico B. Maciel, Nobutoshi Sagawa, Teruo Tanaka:
  Dynamic Gateways: A Novel Approach to Improve Networking Performance and Availability on Parallel Servers. 678-687
  
• Paolo Cremonesi, Claudio Gennaro, Roberto Marega:
  I/O Performance in Hybrid MIMD+SIMD Machines. 688-697
  
• Noritaka Osawa, Toshitsugu Yuba:
  Lazy and Differential Replication in a Recoverable Distributed Shared Memory System. 698-707
  
• José C. Cunha, João Lourenço, João Vieira, Bruno Moscão, Daniel Pereira:
  A Framework to support Parallel and Distrubuted Debugging. 708-717
  
• Darren J. Kerbyson, Efstathios Papaefstathiou, Graham R. Nudd:
  Application Execution Steering using On-the-Fly Performance Prediction. 718-727
  
• Péter Kacsuk, Gábor Dózsa, Tibor Fadgyas, Róbert Lovas:
  The GRED Graphical Editor for the GRADE Parallel Program Development Environment. 728-737
  
• Nikolay N. Mirenkov, O. G. Monakhov, O. J. Chunikhin:
  A Multimedia System for the Investigation of Mapping Algorithms. 738-746
  
• Erwin Laure, Barbara M. Chapman:
  Interprocedural Array Alignment Analysis. 747-756
  
• Chi-Hung Chi, Chin-Ming Cheung:
  Data Prefetching for Non-Linear Memory References. 757-765
  
• M. A. Kartawidjaja, Alfons G. Hoekstra:
  Memory Efficiency of Parallel Programs and Memory Bounded Speedup. 766-775
  
• Stephen R. Donaldson, Jonathan M. D. Hill, David B. Skillicorn:
  Communication Performance Optimisation Requires Minimising Variance. 776-783
  
• Mauro Migliardi, Pierpaolo Baglietto, Massimo Maresca:
  Virtual Parallelism allows Relaxing the Synchronization Constraints of SIMD Computing Paradigm. 784-793
  

4. HPF+ Workshop

• Siegfried Benkner:
  HPF+: High Performance Fortran for Advanced Industrial Applications. 797-808
  
• Maria Calzarossa, Luisa Massari, Alessandro P. Merlo, Mario Pantano, Daniele Tessera:
  Integration of a Compilation System and a Performance Tool: The HPF+ Approach. 809-815
  
• Siegfried Benkner, Kamran Sanjari, Viera Sipková, Bob Velkov:
  Parallelizing Irregular Applications with the Vienna HPF+ Compiler VFC. 816-827
  
• John H. Merlin, Scott B. Baden, Stephen J. Fink, Barbara M. Chapman:
  Multiple Data Parallelism with HPF and KeLP. 828-839
  

5. Posters

• Romain Slootmaekers, Henk Van Wulpen, Wouter Joosen:
  Modelling Genetic Search Agents with a Concurrent Object-Oriented Language. 843-853
  
• Anatoly E. Doroshenko:
  Coordination Facilities to Enhance Concurrency of Race Free Parallel Algorithms. 854-856
  
• Peter Christen:
  Dynamic Load Balancing within a Parallel Iterative Linear System Solver. 857-859
  
• Christian M. Dury, Renate Knecht, Gerald H. Ristow:
  Size Segragation of Granular Materials in a 3D Rotating Drum. 860-862
  
• M. Pourquié:
  LES and DNS on Parallel and Vector Platforms. 863-865
  
• P. Wijnandts, M. E. S. Vogels:
  High-Level versus Low-Level DO-Loop Parallelization: Results for One Testcase of a Multi-Block Solver on a Shared Memory Parallel Vector Computer. 866-865
  
• A. V. Bukhanovsky, A. M. Samsonov:
  Numerical Simulation of Strain Solitons in Elastic Wave Guides Using Vector and Massive Parallel Supercomputers. 869-871
  
• Mikhail A. Botchev: Experiments with MRAI Time Stepping Schemes on a Distributed Memory Parallel Environment. 872-874
• G. Chillemi, N. Sanna:
  Molecular Dynamics Using P-Threads. 875-877
  
• Joanna Plazek, Krzysztof Banas, Jacek Kitowski:
  Finite Element Message-Passing/DSM Simulation Algorithm for Parallel Computers. 878-880
  
• Witold Dzwinel, Witold Alda, Jacek Kitowski, Jacek Moscinski, Marek Pogoda, David A. Yuen:
  Large-Scale Molecular Dynamics Experiments on Cray T3E System. 881-883
  
• Giuseppe Ciaccio, Vincenzo Di Martino, P. Lanucara:
  Porting the Flame Front Propagation Problem on GAMMA. 884-886
  
• Kazuteru Garatani, Hisashi Nakamura, Genki Yagawa:
  Parallel Finite Element Structural Analysis Code Using DDM. 887-889
  
• Kris Demuynck, Jan Broeckhove, Frans Arickx:
  Building a Software Platform for Distributed VR Applications. 890-892
  
• Alexander V. Bogdanov, Nickolay Y. Bykov, German A. Lukianov:
  Distributed and Parallel Direct Simulation Monte Carlo of Rarefied Gas Flows. 893-895
  
• Rizos Sakellariou:
  Solving Diophantine Equations on a Network of Workstations. 896-897
  
• S. Stramaglia, Guido Pasquariello, L. Guerriero, Arcangelo Distante:
  Interferometric SAR Phase Unwrapping by Parallel Tempering on a APE100/Quadrics Supercomputer. 898-900
  
• Elena N. Stankova, Elena V. Zudilova:
  Numerical Simulation by Means of Supercomputers. 901-903
  
• Kengo Nakajima, Hisashi Nakamura, Hiroshi Okuda:
  Highly Stable Localized ILU Preconditioning for Unstructured Grids. 904-906
  
• Mihai Horoi, Richard J. Enbody:
  Efficient Implementation of a Lanczos Eigenvalue Solver on a Cray T3E-900. 907-909
  
• Raino A. E. Mäkinen, Tuomo Rossi, Jari Toivanen:
  A Parallel Fast Direct Solver with Applications. 910-912
  
• Frederick Jan Lingen:
  ScaFiEP: The Scalable Finite Element Package. 913-915
  
• Chris Greenough, Ronald Fowler:
  Software for Partitioning Finite Element Meshes. 916-918
  
• Alexander V. Bogdanov, Ashot Gevorkyan, Armen Grigoryan:
  First Principle Calculations of Quantum Chaos and its Self-Organisation in the Framework of 1D Model of Random Quantum Reactive Harmonic Oscillator. 919-921
  
• G. Mondelli, Giovanni Castellano, Giovanni Attolico, Cosimo Distante:
  Parallel Genetic Evolution of Membership Functions and Rules for a Fuzzy Controller. 922-924
  
• Alexander V. Spirov, A. S. Kadyrov:
  Transposon Element Technique Applied to GA-Based John Muir's Trail Test. 925-928
  
• Thomas Jung:
  Remote Control of Virtual Environments via Low-Bandwidth Connenctions. 929-931
  
• Gianluigi Folino, Giandomenico Spezzano, Domenico Talia:
  Performance Evaluation and Modeling of MPI Communications on the Meiko CS-2. 932-936
  
• David Taniar, J. Wenny Rahayu:
  Divide and Partial Broadcast Method for Parallel Collection Join Queries. 937-939
  
• Dominique Sueur, Jean-Luc Dekeyser, Philippe Marquet: DPFS: A Data-Parallel File System Environment. 940-942
• Christian Lefebvre:
  Visual Edition of HPF Mappings with HPF-Builder. 943-945
  
• H. D. Hoang:
  Adaptive Bandwidth Scheduling in B-ISDN. 946-951
  
• José C. Cunha, Pedro D. Medeiros, João Lourenço, Vítor Duarte, João Vieira, Bruno Moscão, Daniel Pereira, Rui Vaz:
  The DOTPAR Project: Towards a Framework Supporting Domain Oriented Tools for Parallel and Distributed Processing. 952-954
  
• Anatoly E. Doroshenko:
  Coordination Facilities to Enhance Concurrency of Race Free Parallel Algorithms. 955-957
  
• Tim W. J. Peeters, Paul P. J. Stroomer:
  Parallel Simulation of a Bluff-Body-Stabalized Non-Premixed Syngas Flame. 958-960
  
• Chi-Hung Chi, Siu-Chung Lau:
  Extending Data Prefetching to Co-Operative Caching. 961-962
  
• Renata Slota, Jacek Moscinski:
  Lattice Gas Automata Simulation on HP/Convex Exemplar SPP1600. 963-965
  
• Yun-Soek Chang, Bo-Yoen Kim:
  The Improved RAID 5 with the Disk Cache Using the Load-Balanced Destage Algorithm. 966-968
  
• Giorgio Gheri, Juan R. Mosig:
  The Multilevel Interactive Objects Approach to Model and Mesh Large Planar Antennas and Arrays: A Full-JAVA Tool. 969-971
  
• Harald Kosch, László Böszörményi:
  High Performance Sets. 972-974
  
• Arnaud Laffitte, Rizos Sakellariou, John R. Gurd:
  Evaluation of Two Compiler-Based Approaches for the Parallelisation of an MPEG-2 Decoder. 975-977
  
• Erik Lindström, Urban Widmark:
  WebSolver: User Friendly Metacomputing. 978-980
  
• Ivar Holmqvist, Erik Lindström:
  NetLink: Software Libraries at Your Fingertip. 981-983
  
• Ahmed Mostefaoui, Lionel Brunie:
  Data Modeling Based Scheduling in a Parallel Video Server. 984-986
  
• Andy Nisbet:
  GAPS: A Compiler Framework for Genetic Algorithm (GA) Optimised Parallelisation. 987-989
  
• Alexis Agahi, Robert D. Russell, Gil Utard:
  A High Performance Modular File System. 990-992
  
• Alberto Ferreira de Souza, Peter Rounce:
  Dynamically Trace Scheduled VLIW Architectures. 993-995
  
• Nadejda Biscondi:
  Semantic Parallelism for Documetary Database Systems. 996-998
  
• Hitoshi Negishi, Kazuyuki Tsukimori, Kiyoshi Matsubara, Toshiyuki Sato:
  Development of Core Deformation Analysis Program by Using Parallel Algorithm. 999-1001
  
• H. T. M. van der Maarel:
  Application of HPCN Infrastructure in Ship Hydrodynamics Analysis. 1002-1007
  
• Erik H. Baalbergen:
  SPINEware: A Practical and Holistic Approach to Metacomputing. 1008-1011
  
• M. Agostiniani, L. Azzarelli, M. Chimenti, Ovidio Salvetti:
  A Real-Time Web-Site for Diagnostic Imaging. 1012-1014
  
• Despina Polemi, Andy Marsh:
  Secure Telemedicine Applications. 1015-1017
  
• Francesco Paolo Lovergine, Nicola Veneziani:
  High Performance SAR Processing on an Heterogeneous Distributed Environment. 1018-1020
  
• Dimitris Dimitrelos, Lambis Tassakos, Georgios Sakas, Jürgen Jäger, Nikos Papazis, Andy Marsh, Kostas Delibasis, Christian Michael, Hans Kehl, Zenon Kyriakides, Theofilos Kolettis:
  The 3DHeartView Project. 1021-1023
  
• C. P. Ripley, R. C. F. McLatchie, R. Janssen, A. Longo, Teresa Gutiérrez, Sara Casado, J. Simkin, P. Brochet, G. Molinari, P. Alotto, J.-F. Lemoine, G. Drago:
  Optimisation of Electromagnetic Design using HPCN. 1024-1027
  
• Andy Marsh:
  The EUROMED Project. 1028-1030
  
• B. C. O'Neill, Geoff Coulson, K. L. Wong, R. Hotchkiss, J. H. Ng, S. Clark, P. D. Thomas:
  An Interface Device to Support a Distributed Parallel System for the Strong ARM Microprocessor. 1031-1035
  

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