Proceedings of the Seventh SIAM Conference on Parallel Processing for Scientific ComputingDavid H. Bailey SIAM, 1995. gada 1. janv. - 875 lappuses Includes papers in topics that are now traditional alongside others on less familiar applications and new software developments. |
No grāmatas satura
1.–5. rezultāts no 85.
xiii. lappuse
... Sparse Linear Systems 407 Efficient Parallel Sparse Cholesky Factorization 413 418 424 430 436 442 448 454 460 466 Edward Rothberg and Robert Schreiber An Approach for Parallelizing any General Unsymmetric Sparse Matrix Algorithm Tariq ...
... Sparse Linear Systems 407 Efficient Parallel Sparse Cholesky Factorization 413 418 424 430 436 442 448 454 460 466 Edward Rothberg and Robert Schreiber An Approach for Parallelizing any General Unsymmetric Sparse Matrix Algorithm Tariq ...
xiv. lappuse
... Sparse Matrix Parallel Solvers Package Hong Q. Ding and Robert D. Ferraro High Performance Numerical Solutions for Sparse Generalized Systems Tong J. Lee and Vassilis L. Syrmos Solving Large Sparse Linear Systems in a Distributed ...
... Sparse Matrix Parallel Solvers Package Hong Q. Ding and Robert D. Ferraro High Performance Numerical Solutions for Sparse Generalized Systems Tong J. Lee and Vassilis L. Syrmos Solving Large Sparse Linear Systems in a Distributed ...
xviii. lappuse
... Sparse Matrix - Vector Product Bowen Alpern and Larry Carter MPP and Loop - based parallelism : A contradiction ? Greg Astfalk Is Scalable Parallel Computing a Myth ? Position Papers from Panel Discussion Bowen Alpern and Larry Carter ...
... Sparse Matrix - Vector Product Bowen Alpern and Larry Carter MPP and Loop - based parallelism : A contradiction ? Greg Astfalk Is Scalable Parallel Computing a Myth ? Position Papers from Panel Discussion Bowen Alpern and Larry Carter ...
16. lappuse
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40. lappuse
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Saturs
Chapter | 3 |
A Parallel Compact FFT for Real Symmetric Sequences | 27 |
Grossman and Raphael T Haftka | 102 |
Contents | 104 |
A Highly Parallel Interior Point Algorithm | 110 |
Parallel Algorithms for SemiLagrangian Transport in Global Atmospheric | 119 |
HighOrder Finite Difference Formulations for the Incompressible Navier | 155 |
A Parallel Incompressible NavierStokes Solver with Multigrid Iterations | 167 |
A Parallel Algorithm for Direct Solution of Large Scale FiveDiagonal Linear | 498 |
Eigenvalues | 516 |
Singular Vectors via Differential | 564 |
Mesh Partitioning and Load Balancing | 575 |
Dynamic Load Balancing for Finite Element Calculations on Parallel | 599 |
Beyond Conventional Mesh Partitioning Algorithms and the Minimum Edge | 611 |
A Parallel Implementation of Multilevel Recursive Spectral Bisection | 627 |
Estimation of the Graph Partitioning for a Hierarchical System | 635 |
A Tool to Parallelise Ocean Models by a Domain | 173 |
Electrical Structural and Materials Engineering | 201 |
Parallel Object Oriented Implementation of a 2D Bounded Electrostatic | 207 |
Integrating the QMR Method with First Principles Material Science | 213 |
Scalable Parallel Numerical Methods and Software Tools for Material Design | 219 |
Computational Electromagnetics and Parallel Dense Matrix Computations | 225 |
Distributed Computational Electromagnetics Systems | 231 |
Shorten Turnaround Time for TwoDimensional Plasma Processing | 237 |
Parallel Acoustic Wave Propagation and Generation of a Seismic Dataset | 243 |
Contents | 273 |
Contents | 275 |
Parallel Computation of Invariant Measures | 285 |
Nbody Simulation | 295 |
The Fast Solution of ThreeDimensional Fluid Dynamical NBody Problems | 301 |
Cosmological Nbody Simulation | 307 |
Hierarchical Nbody Methods on Shared Address Space Multiprocessors | 313 |
A Parallel Portable and Versatile Treecode | 319 |
Parallelizing the Fast Multipole Method for the Helmholtz Equation | 325 |
nBody Simulations Using Message Passing Parallel Computers | 355 |
Partial Differential Equations | 361 |
Adaptive Multigrid in Parallel | 367 |
The Use of Inexact ODE Solver in Waveform Relaxation Methods on | 385 |
A Direct Domain Decomposition Procedure for Elliptic Problems | 405 |
A Scalable 2D Parallel Sparse Solver | 424 |
Optimally Scalable Parallel Sparse Cholesky Factorization | 442 |
Preconditioning with a Decoupled Rowwise Ordering on the CM5 | 484 |
Optimal Scheduling and Balancing of Multiprogrammed Loads over | 641 |
Languages and Compilers | 647 |
An Overview of the SUIF Compiler for Scalable Parallel Machines | 662 |
A Layered Architecture to Compose | 720 |
Libraries and Runtime Systems | 728 |
Distributed Object Library | 750 |
Message Passing Performance of Intel Paragon IBM SP1 and Cray | 768 |
Parallel Task Scheduling for Minimizing Processor Idle Time | 776 |
Visualization and Performance | 784 |
Highlevel Graphic and Visual Environments for the Intel Paragon | 796 |
Parallel Visualization of 3D Finite Element Analysis Data | 808 |
Message Compression for High Performance | 814 |
Simulated Console Lights for Parallel Programs | 838 |
Performance Analysis of Instrumentation System Management Policies Abdul Waheed Vincent F Melfi and Diane T Rover | 844 |
Speed of Nary Tree Networks Emile Haddad | 846 |
A MemoryConstrained Scalability Metric Mark Fienup and S C Kothari | 848 |
Is Scalability Relevant? A Look at Sparse MatrixVector Product Bowen Alpern and Larry Carter | 850 |
A contradiction? Greg Astfalk | 852 |
Is Scalable Parallel Computing a Myth? Position Papers from Panel Discussion 857 Bowen Alpern and Larry Carter | 855 |
Greg Astfalk | 860 |
David H Bailey | 863 |
Jack J Dongarra | 865 |
John Hennessy | 868 |
Vipin Kumar | 870 |
873 | |
Bieži izmantoti vārdi un frāzes
adaptive analysis application approach approximation architectures array Barnes-Hut block boundary conditions caches cell Cholesky factorization cluster column complex Computer Science convergence Cray Cray T3D data structures diagonal discretization distributed memory domain decomposition Domain Decomposition Methods dynamics efficient eigenvalues error evaluation execution Fiedler vector finite element Fortran function global graph initial Intel Paragon interactions interface iteration linear systems link-cell load balancing machines mapping MasPar matrix-vector mesh method MIMD minimal multigrid multilevel multipole expansion multiprocessor N-body problem N-body simulations neighbor nodes number of particles number of processors O(N log obtained operations optimal parallel algorithm parallel computers parallel implementation parameters partition performance potential preconditioner problem recursive reduced Research scalable scheme sequence sequential SIAM solution solve solver sparse matrix speedup step strategy subdomains Supercomputing symmetric Table techniques timestep transform tridiagonal University update values vector vortex workstations
Populāri fragmenti
807. lappuse - This work performed under the auspices of the US Department of Energy by Lawrence Livermore National Laboratory under contract No.