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Los Alamos Science No. 22, 1994
High Performance Computing
| LANL has been at the forefront of scientific computing since before the invention of electronic computers. For several decades it collaborated with industry on the development of large-scale computers and in the early 1990's helped initiate the shift to massively parallel computing. LANL also pioneered the development of powerful algorithms for computations and simulations in the physical sciences. Beginning with a tutorial explaining how computers work, this volume covers some of LANL's best known software contributions, including a Monte Carlo code for particle transport, molecular dynamics software for materials science, and advanced tree codes for simulating the evolution of the universe. Finally, Paul Ginsparg, the creator of xxx.lanl.gov, discusses the motivation for the first electronic research archive. |
| Table of Contents |
PDF Size |
Cover and Table of Contents
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555 kB |
Windows on Computing: New Initiatives at Los Alamos
David W. Forslund, Charles A. Slocomb, and Ira A. Agins
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693 kB |
Collaborations with Industry on Parallel Computing
Bruce R. Wienke
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56 kB |
How Computers Work: An Introduction to Serial, Vector, and Parallel Computers
Gerald A. Friedman, Douglas D. Lemon, and Tony T. Warnock
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186 kB |
HIPPI – The First Standard for High-Performance Networking
Stephen C. Tenbrink and Donald E. Tolmie
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38 kB |
A Monte Carlo Code for Particle Transport – An Algorithm for All Seasons
John S. Hendricks
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2047 kB |
State-of-the-Art Parallel Computing – Molecular Dynamics on the Connection Machine
Peter S. Lomdahl and David M. Beazley
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2676 kB |
Experimental Cosmology and the Puzzle of Large-Scale Structure
Wojciech H. Zurek and Michael S. Warren
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3449 kB |
Big Bang Cosmology and the Microwave Background
Salman Habib and Raymond J. Laflamme
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90 kB |
A Fast Tree Code for Many-Body Problems
Michael S. Warren and John K. Salmon
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417 kB |
Lattice-Boltzmann Fluid Dynamics – A Versatile Tool for Multiphase and Other Complicated Flows
Shiyi Chen, Gary D. Doolen, and Kenneth G. Eggert
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1030 kB |
Equations of the Lattice-Boltzmann Method
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89 kB |
Toward Improved Prediction of Reservoir Flow Performance —Simulating Oil and Water Flows at the Pore Scale
John J. Buckles, Randy D. Hazlett, Shiyi Chen, Kenneth G. Eggert, Daryl W. Grunau, Wendy E. Soll
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1538 kB |
Concept Extraction – A Data Mining Technique
Vance Faber, Judith G. Hochberg, Patrick M. Kelly, Timothy R. Thomas, James M. White
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4039 kB |
Clustering and the Continuous k-Means Algorithm
Vance Faber
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111 kB |
The Digital Village Initiative
John D. MacCuish, Susan M. Mniszewski, Gregory E. Shannon, and Bonnie C. Yantis
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758 kB |
@xxx.lanl.gov — First Steps Toward Electronic Research Communication
Paul H. Ginsparg
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481 kB |
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