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Cluster Computing and the Grid, IEEE International Symposium on (2001)
Brisbane, Australia
May 15, 2001 to May 18, 2001
ISBN: 0-7695-1010-8
pp: 588
Christopher Weth , Universit?t T?bingen
Ute Kraus , Universit?t T?bingen
Jan Freuer , Universit?t T?bingen
Michael Ruder , Universit?t T?bingen
Raphael Dannecker , Universit?t T?bingen
Peer Schneider , Universit?t T?bingen
Martin Konold , Universit?t T?bingen
Hanns Ruder , Universit?t T?bingen
ABSTRACT
In spring 1999, the Department for Theoretical Astrophysics of T?bingen University together with the Ministries of Science and of Education, Baden-W?rttemberg, started global computing project called XPulsar@home. Its aim was to compute a large number of X-Ray Pulsar models with a Monte-Carlo-Simulation code. The simulation was implemented as a Java applet, later also as a Java application, running on private or school PCs of volunteer participants. The server structure consisted of one main server and several slave servers. The whole system, except for the Java virtual machines, was built of free software components. During the first four months, about 75 years of computation time were obtained, with several hundred clients. The major motivation to contribute was a competition among the high schools in Baden-W?rttemberg. The second objective of the competition was to make physics and astronomy more interesting and exciting for students through participation in a research project.
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CITATION
Christopher Weth, Ute Kraus, Jan Freuer, Michael Ruder, Raphael Dannecker, Peer Schneider, Martin Konold, Hanns Ruder, "XPulsar@home - Schools help Scientists", Cluster Computing and the Grid, IEEE International Symposium on, vol. 00, no. , pp. 588, 2001, doi:10.1109/CCGRID.2001.923247
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