Applied parallel computing : advanced scientific computing : 6th International conference, PARA 2002, Espoo, Finland, June 15-18, 2002 : proceedings

摘要: Keynote Lectures.- Enabling Numerical and Software Technologies for Studying the Electrical Activity in Human Heart.- Parallel Patient-Specific Computational Haemodynamics.- High Performance Computing, Grid, Libraries.- Grid Computing: a Vision Collaborative Research.- HPC - What Might Future Hold?.- Multi-physics Multi-scale Modelling of Materials Processing.- Co-array Fortran Full Sparse Matrices.- Measuring Local Geometry Valleys Complex Energy Landscapes by Exhaustive Exploration: The Lid Method.- An Overview an Architecture Proposal Physics Grid.- Datamining Knowledge Discovery.- A Data Mining Clustered Environments.- Automated Fitting Rational Modeling Algorithm EM-Based S-Parameter Data.- System.- Quasi-Parallel Realization Investment Frontier Computer Resource Allocation Using Simple Genetic on Single Computer.- Parallelism Discovery Techniques.- Program Development.- New Approach to Debugger Architecture.- ALCOR Algorithmic Concept Recognition Tool Support Level MPIT Communication/Computation Paradigm Networks SMP Workstations.- Code Optimization Techniques Data-Intensive Tasks onto Statically Scheduled Architectures: Optimal TigerSharc.- Practical Experiences Computing.- PIT: Library Parallelization Irregular Problems.- Information Retrieval with Query Expansion.- Reducing Communication Cost Parallelizing Scientific Codes.- Implementation Collection Equi-Join MPI.- Existent Programs.- Science.- On Evaluation Distributed Objects Mobile Agents Programming Models Application.- Transitive Closure Computation VLSI Test Generation.- Space-Efficient First Race Detection Shared Memory Programs Nested Parallelism.- Method On-the-Fly Detection.- Parallelisms MPEG Its Applications 3-D Visualization.- Algorithms Hierarchical Optimization.- Recursive Formulation Inversion Symmetric Positive Definite Matrices Packed Storage Format.- Two-Sided Sylvester-Type Matrix Equation Solvers Systems Blocking.- 3D Multigrid Architectures.- Methods A.- Blocked Reduction Regular Pair Hessenberg-Triangular Generalized Schur Forms.- Enhanced Services Remote Model Large-Scale Dense Linear Systems.- HUTI: Framework Iterative Solvers.- B.- Block Fourier Decomposition Modular Multiplication Squaring Based Cellular Automata.- Tree-Structured Self-Organizing Map.- Blocking 1-D FFT Shared-Memory Computers.- C.- Technique Loop Execution.- Self-Adaptable Evolutionary Tackle Space Planning Efficient Solution Calculate All Cycles Graphs.- Cluster Computing Scheduling Strategies Master-Slave Tasking Heterogeneous Processor Grids.- High-Performance Past, Present, Future.- Fast MPI Broadcasts through Reliable Multicasting.- Building Flow Chains Clusters.- IBM Pwr4 Node GEMS TD Codes Parallacs.- Cluster-Based Air Quality Simulation.- Compiler-Controlled Parallelism-Independent SMP's.- XII Network Technologies.- Reliability Bounds Large Multistage Interconnection Networks.- Technology Dynamic Load Balancing Monte Carlo Simulations.- PSE EHL "Single-Box" Re-routing 3-Stage Rearrangeable CLOS Enhancing Data-Parallel GSM Simulation Application-Specific Information.- XIII Applications.- Tracking Overturn Patches Direct Stratified Homogeneous Turbulence.- Improving Balance Weather Code: Asynchronous Output HIRLAM Photorefractive Material Design All-Optical Components.- Scalable Crack Growth.- Lattice Boltzmann Suspension Solver.