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ORCID5. PARA 2000: Bergen, Norway
- Tor Sørevik, Fredrik Manne, Randi Moe, Assefaw Hadish Gebremedhin:
Applied Parallel Computing, New Paradigms for HPC in Industry and Academia, 5th International Workshop, PARA 2000 Bergen, Norway, June 18-20, 2000 Proceedings. Lecture Notes in Computer Science 1947, Springer 2001, ISBN 3-540-41729-X - Jari Järvinen, Juha Haataja, Jari Hämäläinen:
Industrial Applications: Challenges in Modeling and Computing. 1-16 - Carl Kesselman:
Data Grids for Next Generation Problems in Science and Engineering. 17 - Erik Hagersten:
High-Performance Computers: Yesterday, Today, and Tomorrow. 18 - Timothy G. Mattson:
The Evolution of OpenMP. 19 - Michael Philippsen, Ronald F. Boisvert
, Vladimir Getov, Roldan Pozo, José E. Moreira, Dennis Gannon, Geoffrey C. Fox:
JavaGrande - High Performance Computing with Java. 20-36 - Geir Evensen:
Ocean and Climate Prediction on Parallel Super Computers. 37 - Bjarne Stig Andersen, Fred G. Gustavson, Alexander Karaivanov, Minka Marinova, Jerzy Wasniewski, Plamen Y. Yalamov:
LAWRA: Linear Algebra with Recursive Algorithms. 38-51 - William Gropp:
Solving CFD Problems with Open Source Parallel Libraries. 52 - Erik Elmroth, Fred G. Gustavson:
High-Performance Library Software for QR Factorization. 53-63 - Isak Jonsson, Bo Kågström:
Parallel Triangular Sylvester-Type Matrix Equation Solvers for SMP Systems Using Recursive Blocking. 64-73 - Raimondas Ciegis, Vadimas Starikovicius, Jerzy Wasniewski:
On the Efficiency of Scheduling Algorithms for Parallel Gaussian Elimination with Communication Delays. 74-81 - Fred G. Gustavson, Isak Jonsson:
High Performance Cholesky Factorization via Blocking and Recursion That Uses Minimal Storage. 82-91 - Björn Adlerborn, Krister Dackland, Bo Kågström:
Parallel Two-Stage Reduction of a Regular Matrix Pair to Hessenberg-Triangular Form. 92-102 - Fred G. Gustavson, Alexander Karaivanov, Minka Marinova, Jerzy Wasniewski, Plamen Y. Yalamov:
A Fast Minimal Storage Symmetric Indefinite Solver. 103-112 - David Goudin, Jean Roman:
A Scalable Parallel Assembly for Irregular Meshes Based on a Block Distribution for a Parallel Block Direct Solver. 113-120 - Patrick Amestoy, Iain S. Duff, Jean-Yves L'Excellent, Jacko Koster:
MUMPS : A General Purpose Distributed Memory Sparse Solver. 121-130 - Masha Sosonkina:
Runtime Adaptation of an Iterative Linear System Solution to Distributed Environments. 131-139 - Jarmo Rantakokko:
A Local Refinement Algorithm for Data Partitioning. 140-148 - T. L. Freeman, David J. Hancock, J. Mark Bull, Rupert W. Ford:
Feedback Guided Scheduling of Nested Loops. 149-159 - Johan Steensland, Stefan Söderberg, Michael Thuné:
A Comparison of Partitioning Schemes for Blockwise Parallel SAMR Algorithms. 160-169 - Jörn Behrens:
Parallelizing an Adaptive Dynamical Grid Generator in a Climatological Trace Gas Transport Application. 170-176 - Michael Thuné, Stefan Söderberg:
Optimal Parameter Values for a Parallel Structured Adaptive Mesh Refinement Algorithm. 177-186 - Noureddine Bouhmala, Xing Cai:
Partition of Unstructured Finite Element Meshes by a Multilevel Approach. 187-195 - Tor Sørevik, Jan Frode Myklebust:
GRISK: An Internet Based Search for K-Optimal Lattice Rules. 196-205 - Krisztián Monostori, Arkady B. Zaslavsky, Heinz W. Schmidt:
Parallel and Distributed Document Overlap Detection on the Web. 206-214 - Uwe Der, Kathleen Steinhöfel:
A Parallel Implementation of a Job Shop Scheduling Heuristic. 215-222 - Rocco Aversa, Beniamino Di Martino, Nicola Mazzocca:
Restructuring Irregular Computations for Distributed Systems Using Mobile Agents. 223-232 - Harald Kosch, Renata Slota, László Böszörményi, Jacek Kitowski, Janusz Otfinowski:
An Information System for Long-Distance Cooperation in Medicine. 233-241 - Marian Bubak, Pawel Plaszczak:
Hydra - Decentralized and Adaptative Approach to Distributed Computing. 242-249 - Roman Wyrzykowski, Tomasz Olas, Norbert Sczygiol:
Object-Oriented Approach to Finite Element Modeling on Clusters. 250-257 - Beidi Hamma:
An Object Oriented Framework for Parallel Multiple Optimizations. 258-267 - Raphael B. Yehezkael, Yair Wiseman, H. G. Mendelbaum, I. L. Gordin:
Experiments in Separating Computational Algorithm from Program Distribution and Communication. 268-278 - Holger Brunst, Wolfgang E. Nagel, Stephan Seidl:
Performance Tuning on Parallel Systems: All Problems Solved? 279-287 - Marian Bubak, Wlodzimierz Funika, Bartosz Balis, Roland Wismüller:
Performance Measurement Support for MPI Applications with PATOP. 288-295 - Sung-Up Jo, Chang-Sung Jeong:
A Parallel Volume Visualization Using Extended Space Leaping Method. 296-305 - Christian H. Bischof, H. Martin Bücker, Jörg Henrichs, Bruno Lang:
Hands-On Training for Undergraduates in High-Performance Computing Using Java. 306-315 - Daisuke Takahashi:
A Parallel 3-D FFT Algorithm on Clusters of Vector SMPs. 316-323 - Lars Paul Huse, Hakon O. Bugge:
High-End Computing on SHV Workstations Connected with High Performance Network. 324-332 - Clemens Adler, J. Berger, D. Flierl, Håvard Helstrup, J. S. Lange, J. Lien, Volker Lindenstruth, Dieter Röhrich, D. Schmischke, M. W. Schulz, B. Skaali, H. K. Sollveit, Timm M. Steinbeck, R. Stock, C. Struck, K. Ullaland, Anders Strand Vestbø, Arne Wiebalck:
From the Big Bang to Massive Data Flow: Parallel Computing in High Energy Physics Experiments. 333-341 - Margarita Amor, Francisco Argüello, Juan López, Oscar G. Plata, Emilio L. Zapata:
A Data Parallel Formulation of the Barnes-Hut Method for N -Body Simulations. 342-349 - Peter Messmer:
Par-T: A Parallel Relativistic Fully 3D Electromagnetic Particle-in-Cell Code. 350-355 - Thierry Matthey, Jan P. Hansen:
Evaluation of MPI's One-Sided Communication Mechanism for Short-Range Molecular Dynamics on the Origin2000. 356-365 - João Nuno de Oliveira e Silva, Paulo Guedes:
Ship Hull Hydrodynamic Analysis Using Distributed Shared Memory. 366-372 - Petter E. Bjørstad, Jacko Koster, Piotr Krzyzanowski:
Domain Decomposition Solvers for Large Scale Industrial Finite Element Problems. 373-383 - Rossella Cancelliere:
A High Parallel Procedure to Initialize the Output Weights of a Radial Basis Function or BP Neural Network. 384-390 - Felicja Okulicka-Dluzewska:
High-Performance Computing in Geomechanics by a Parallel Finite Element Approach. 391-398
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