PARCO 1997: Bonn, Germany

• Geoffrey Fox, Wojtek Furmanski: Parallel and Distributed Computing using Pervasive Web and Object Technologies. 3-31
• Andreas Reuter: Parallel Database Techniques in Decision Support and Data Mining. 33-44
• Anargyros Krikelis: Parallel Multimedia Computing. 45-59
• Klaus Stüben: Europort-D: Commercial Benefits of Using Parallel Technology. 61-78
• Dominique Lavenier, Jean-Lin Pacherie: Parallel Processing for Scanning Genomic Data-Bases. 81-88
• G. Roscher, G. Pogrzeba, D. Emde, F. Neubauer: Application of a Multi-Processor System for Recognition of EEG-Activities in Amplitude, Time and Space in Real-Time. 89-96
• Patrizia Beraldi, Lucio Grandinetti, Francesca Guerriero: Solving Large-Scale Network Transportation Problems on a Cluster of Workstations. 97-104
• Atanas Radenski, A. Vann, Boyana Norris: Parallel Probabilistic Computations on a Cluster of Workstations. 105-112
• Dieter W. Fellner, Stefan Schäfer, Marco Zens: Photorealistic Rendering in Heterogeneous Networks. 113-120
• Jutta Hämmerle, Andreas Uhl: Fractal Compression of Satellite Images: Combining Parallel Processing and Geometric Searching. 121-128
• E. Bucchignani, W. G. Diurno: Parallel computation of inviscid 3D flows with unstructured domain partitioning: performance on SGI-Power Challenge Supercomputer. 129-136
• Renate Dohmen, U. Schwenn: Performance and Load Balancing of Diverse Parallel Implementations of the Plasma Code HINT. 137-143
• M. Baum: Performing DNS of Turbulent Combustion with Detailed Chemistry on Parallel Computers. 145-153
• Frédéric Guidec, Pierre Kuonen, Patrice Calégari: Radio Wave Propagation Simulation on the Cray T3D. 155-162
• U. Jakobus: Parallel Computation of the Electromagnetic Field of Hand-Held Mobile Telephones Radiating Close to the Human Head. 163-170
• B. A. Tanyi, Berc Rustem, John Darlington: Parallelization of a Nonlinear Robust Optimization Algorithm. 171-178
• Sabine Rathmayer, Friedemann Unger: Parallelizing CFX-TfC, a State of the Art Industrial CFD Package. 179-186
• Gudula Rünger, R. Ruth: Parallel Simulation of Flows in Sewer Network Systems. 187-194
• Ullrich Becker-Lemgau, Matthias G. Hackenberg, Barbara Steckel, Ralf Tilch: Parallel Multigrid in the Simulation of Metal Flow. 195-202
• Y. Takahashi, M. Sano, T. Inoue: An Enhancement of SIMD Machine for Executing SPMD Programs. 203-206
• Manfred Feil, Andreas Uhl, Marián Vajtersic: Continuous Wavelet Transform on Massively Parallel Arrays. 207-210
• Matthias G. Hackenberg, Wolfgang Joppich, Slobodan Mijalkovic: Parallel Simulation of Coupled Oxidation and Diffusion in VLSI Wafer-Fabrication. 211-215
• Pierre-Eric Bernard, Denis Trystram: Report on a Parallel Molecular Dynamics Implementation. 217-220
• H. Zumaqué, Gregory Allen Kohring, J. Hormes: Simulation of Energy Deposition in Deep X-Ray Lithography. 221-224
• Frederic Desprez, Jack Dongarra, Antoine Petitet, Cyril Randriamaro, Yves Robert: Scheduling Block-Cyclic Array Redistribution. 227-234
• Peter Brezany, Alok N. Choudhary, Minh Dang: Parallelization of Irregular Codes Including Out-of-Core Data and Index Arrays. 235-242
• Cécile Germain, Franck Delaplace: Compiling the Block-Cyclic Distribution. 243-250
• Michael Gerndt: Unstructured Templates for Programming Irregular Grid Applications on High Performance Computers. 251-260
• Florent de Dinechin, T. Risset, Sophie Robert: Hierarchical Static Analysis for Improving the Complexity of Linear Algebra Algorithms. 261-268
• Klaus Birken: Semi-Automatic Parallelisation of Dynamic, Graph-based Applications. 269-276
• V. Gülzow, T. Diehl, F. Foelkel: About the Parallelization of Climate Models. 277-286
• M. Lange, Dominique Thévenin, U. Riedel, Jürgen Warnatz: Direct Numerical Simulation of Turbulent Reactive Flows Using Massively Parallel Computers. 287-295
• P. Walsh, C. Ryan: Automatic Parallelization for Distributed Memory Machines using Genetic Programming. 297-300
• Dieter Kranzlmüller, Andre Christanell, Jens Volkert: Supporting Parallel Program Debugging through Control and Data Flow Analysis. 303-310
• Benhur de Oliveira Stein, Jacques Chassin de Kergommeaux: Interactive Visualization Environment of Multi-threaded Parallel Programs. 311-318
• Koenraad Audenaert: Maintaining Concurrency Information for On-the-fly Data Race Detection. 319-326
• Michiel Ronsse, Koenraad De Bosschere: J iT I : Tracing Memory References for Data Race Detection. 327-334
• Giwon On, Dong-Hae Chi, S.-H. Yoon: An Integrated Dynamic and Visual Debugging for Parallel Applications. 335-338
• J. Pareti: High Performance Technical Computing at DIGITAL. 341-348
• Werner Krotz-Vogel, Hans-Christian Hoppe: PALLAS Parallel Tools - A Uniform Programming Environment from Workstations to Teraflop Computers. 349-358
• F. P. E. Baetke, H. V. A. Strauß: Architectural Overview of the HP Exemplar V-Class Technical Server. 359-366
• D. N. J. Clarke, J. M. Graham, Roger J. Loader, S. A. Williams: Paradigms for the Parallel Programming of Heterogeneous Machines through an Interface Compiler. 369-376
• Ralf Ebner, Alexander Pfaffinger: Higher Level Programming and Efficient Automatic Parallelization: A Functional Data Flow Approach with FASAN. 377-384
• O. Haan: On the Portability of Parallel Programs. 385-392
• K. Lee, J. Kim, Y. Woo: Design and Implementation of a Scalable Parallel C Language. 393-396
• Thomas Brandes, K. Krause: Porting to HPF: Experiences with DBETSY3D within PHAROS. 397-400
• B. Van Assche: IP Multicast for PVM on Bus Based Networks. 403-410
• Thomas Bönisch, Michael M. Resch, Holger Berger: Benchmark Evaluation of the Message-Passing Overhead on Modern Parallel Architectures. 411-418
• Erik Brakkee, Klaus Wolf, Dac Phuoc Ho, Anton Schüller: Coupling Industrial Simulation Codes on Parallel Computers using a Communications Library. 419-427
• Didier El Baz, Didier Gazen, Mohamed Jarraya, Pierre Spitéri, Jean Claude Miellou: Flexible Communication for Parallel Asynchronous Methods with Application to a Nonlinear Optimization Problem. 429-436
• Jaechun No, Alok N. Choudhary: Runtime Library for Parallel I/O for Irregular Applications. 437-440
• Kazuto Kubota, Yoshio Tanaka, Motohiko Matsuda, Mitsuhisa Sato, Hiroshi Tezuka, Atsushi Hori, Yutaka Ishikawa: Communication Performance of Gigabit LAN Workstation Cluster RWC/WSC. 441-444
• Josef Giglmayr: Self-Routing in 2-D Shuffle Networks with Dimension-Independent Switches of Size >= 8x8. 445-449
• A. Hoferichter, Thomas Lippert, Klaus Schilling, Paolo Palazzari: Hyper-Systolic Routing for SIMD Systems. 451-454
• Jörg Henrichs, M. Weber, Wolfgang E. Nagel, Roland Völpel, Helmut Grund: Metacomputing in a Regional ATM-Testbed - Experience with Reality. 455-458
• Miltos D. Grammatikakis, Nikos Fideropoulos, Stefan Liesche, Thomas Thielke, Alexandros Zachos, Fred Howell: Network Simulation on the CM-5 by Sorting Integer Conflict Functions. 459-462
• Torsten Fink, Michael M. Gutzmann, R. Weper: Distributed, Heterogeneous, Dynamic Computing - A Case Study. 463-466
• Roger Butenuth, Wolfgang Burke, César A. F. De Rose, S. Gilles, R. Weber: Experiences in building Cosy - an Operating System for Highly Parallel Computers. 469-476
• Yves Denneulin, Raymond Namyst, Jean-François Méhaut: Architecture Virtualization with Mobile Threads. 477-484
• Chris J. Newburn, John Paul Shen: Compiler Support for Low-Cost Synchronization Among Threads. 485-494
• Andreas Bäcker, Dino Ahr, Ottmar Krämer-Fuhrmann, Róbert Lovas, Hermann Mierendorff, Helmut Schwamborn, João Gabriel Silva, Klaus Wolf: WINPAR - Windows-based Parallel Computing. 495-502
• Amir Fijany, Tahir Çagin, A. Jaramillo-Botero, William A. Goddard III: A Fast Algorithm for Massively Parallel, Long-Term, Simulation of Complex Molecular Dynamics Systems. 505-515
• Rainald Ehrig, Ulrich Nowak, Peter Deuflhard: Massively Parallel Linearly-Implicit Extrapolation Algorithms as a Powerful Tool in Process Simulation. 517-524
• J. Reid, Alexander V. Supalov, Clemens-August Thole: PARASOL Interface to New Parallel Solvers for Industrial Applications. 525-531
• S. Bergmann, Thomas Rauber, Gudula Rünger: Parallel Execution of Embedded Runge-Kutta Methods. 533-540
• Roman Trobec, Franci Merzel, Dusanka Janezic: Computational Complexity of Split Symplectic MD Integration Method. 541-548
• H.-Ch. Dahmen, Uwe Gläser, Heinrich Theodor Vierhaus: A Parallel Approach Solving the Test Generation Problem for Synchronous Sequential Circuits. 549-556
• Norbert Attig, Stephan Güsken, P. Lacock, Thomas Lippert, Klaus Schilling, P. Ueberholz, J. Viehoff: Highly Optimized Code for Lattice Quantum Chromodynamics on the CRAY T3E. 557-564
• Achim Basermann, Bernhard Steffen: Preconditioned Solvers for Large Eigenvalue Problems on Massively Parallel Computers and Workstation Clusters. 565-572
• Norbert Eicker, Andreas Frommer, H. Hoeber, Thomas Lippert, Björn Medeke, G. Ritzenhofer, Klaus Schilling: A Scalable Parallel SSOR Preconditioner for Efficient Lattice Computations in Gauge Theories. 573-580
• Susann C. Allmaier, Stefan Dalibor, David Kreische: Parallel Graph Generation Algorithms for Shared and Distributed Memory Machines. 581-588
• Michael Griebel, Gerhard W. Zumbusch: Parallel Multigrid in an Adaptive PDE Solver Based on Hashing. 589-600
• Stéphane Domas: A Parallel Implementation of a "Symmetric Matrix Product". 601-606
• Nicoletta Fornasari, Giovanna Gazzaniga, Sergio Rovida, Giovanni Sacchi: A Parallel Implementation of the Three-Fields Algorithm on a HP-Convex Exemplar SPP1600. 607-614
• Steffen Seeger, Karl-Heinz Hoffmann, P. Spaeth: Lattice-Boltzmann Methods for Thermohydrodynamics. 615-618
• Marek Szularz, Maurice Clint, Jim Weston: Lanczos Algorithms for Massively Parallel Processors. 619-622
• Elena Trichina: 3D Visual Tool supporting Derivation of Distributed-Memory Massively Parallel Programs by Stepwise Transformations. 625-632
• J. C. Yan, M. A. Schmidt: Constructing Space-Time Views from Fixed Size Trace Files - Getting the Best of Both Worlds. 633-640
• Michele Di Santo, Franco Frattolillo, Wilma Russo, Eugenio Zimeo: A Run-time Support for Object-Oriented Parallel Programming on Networks of Workstations. 641-648
• Pascale Launay, Jean-Louis Pazat: Generation of Distributed Object-Oriented Programs. 649-654
• Andrea Clematis, Angelo Corana: Performance Analysis of SPMD Algorithms on a Network of Workstations with Virtual Shared Memory. 657-664
• G. P. Jones, Nigel P. Topham: The Effect of Restricted Instruction Issue Width on an Access Decoupled Architecture. 665-672
• C.-T. Chiang, Y. Liao, Mi Lu: Performance Analysis of the Palindrome Network. 673-680
• Borut Robic, Jurij Silc, Roman Trobec: Reliability and Throughput Improvement in Massively Parallel Systems. 681-684
• Remo Suppi, Emilio Luque, Joan Sorribes: Quality Assessment of a Parallel System Simulator. 685-688
• Vicente Blanco Pérez, Francisco F. Rivera, Dora Blanco Heras, Margarita Amor, Oscar G. Plata, Emilio L. Zapata: Modelling Superlinear Speedup on Distributed Memory Multiprocessors. 689-692
• Hermann Mierendorff, Helmut Schwamborn: Generation of Performance Models. 693-696
• Antonio Espinosa, Tomàs Margalef, Emilio Luque: Knowledge-based automatic performance analysis of parallel programs. 697-700
• Frode Eika Sandnes, Graham M. Megson: Improved Static Multiprocessor Scheduling using Cyclic Task Graphs: A Genetic Approach. 703-710
• Ursula Maier, Georg Stellner, Ivan Zoraja: Resource Allocation, Scheduling and Load Balancing based on the PVM Resource Manager. 711-718
• Margarita Amor, Juan López, Dora Blanco Heras, Francisco Argüello: Mapping and Scheduling of r-arys Trees onto Arrays and Meshes. 719-722
• Graham M. Megson, I. M. Bland: Mapping a Generic Systolic Array for Genetic Algorithms onto FPGAs - Theory and Practice. 723-726
• Sathiamoorthy Manoharan: Effect of Task Duplication on the Assignment of Dependency Graphs. 727-730
• Inmaculada Pardines, María J. Martín, Margarita Amor, Francisco F. Rivera: Static Mapping of the Multifrontal Method Applied to the Modified Cholesky Factorization for Sparse Matrices. 731-734
• Ana Cortés, Ana Ripoll, Miquel A. Senar, Emilio Luque: Dynamic Load Balancing Strategy for Scalable Parallel Systems. 735-738
• Martin Backschat: A Novel Economic-Based Approach to Dynamic Load Distribution in Large Heterogeneous Computer Networks. 739-742