Difference between revisions of "Hauptseminar Moderne Simulationsmethoden WS 2009/Simulationen auf Grafikprozessoren"
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date=18.02.10 | date=18.02.10 | ||
topic=Atomistische Simulationen auf neuartigen CPU Architekturen | topic=Atomistische Simulationen auf neuartigen CPU Architekturen | ||
− | speaker= | + | speaker=Marco Di Sarno |
tutor=[http://www.itap.physik.uni-stuttgart.de/personen/johannes.php Johannes Roth] | tutor=[http://www.itap.physik.uni-stuttgart.de/personen/johannes.php Johannes Roth] | ||
</setdata> | </setdata> |
Revision as of 17:38, 21 October 2009
<setdata> date=18.02.10 topic=Atomistische Simulationen auf neuartigen CPU Architekturen speaker=Marco Di Sarno tutor=Johannes Roth </setdata>
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Literatur
Allen/Tildesley, Computer Simulations of Liquids, Oxford Computing in Science and Engineering
Computing in Science and Engineering, 11/2 (2009) Mar/Apr 52
Computing in Science and Engineering, 11/3 (2009) May/Jun 16, 54
Computing in Science and Engineering, 11/4 (2009) Jul/Aug 61
Computing in Science and Engineering, 11/1 (2009) Jan/Feb 48
Computing in Science and Engineering, 10/6 (2008) Nov/Dec 26, 35 (Special Issue)
Computing in Science and Engineering, 10/5 (2008) Sep/Oct 70
Computing in Science and Engineering, 8/1 (2008) Jan/Feb (Special Issue)
Gliederungsvorschlag
- 1. Einführung (Geschichte Special Purpose Computer)
- 2. Aufbau der Prozessoren
- GPU, FGPA, Cell, ...
- 3. Software und Programmierung
- CUDA, GPULib, ...
- 4. Vorstellung und Diskussion eines Anwendungsbeispiels
Voraussetzungen
Computer- und Programmiergrundlagen