www.sc-conference.org/sc2003/inter_cal/sc2003.txt -
[Cached Version]
Published on: 1/1/2003
Last Visited: 10/4/2009
Performance results show that programs that use Dyn-MPI execute efficiently in non dedicated environments, including up to almost a three-fold improvement compared to programs that do not redistribute data and a 25% improvement over standard adaptive load balancing techniques.',''); INSERT INTO events temp VALUES (3663,'2003-11-19','14:00:00','14:30:00','','Performance Analysis and Modeling','Early Evaluation of the Cray X1','Adolfy Hoisie (Los Alamos National Lab)','Thomas H. Dunigan, Jr. (Oak Ridge National Laboratory), Mark R. Fahey (Oak Ridge National Laboratory), James B. White III (Oak Ridge National Laboratory), Patrick H. Worley (Oak Ridge National Laboratory)','Paper','Oak Ridge National Laboratory installed a 32 processor Cray X1 in March, 2003, and will have a 256 processor system installed by October, 2003.
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Performance results show that programs that use Dyn-MPI execute efficiently in non dedicated environments, including up to almost a three-fold improvement compared to programs that do not redistribute data and a 25% improvement over standard adaptive load balancing techniques.','',10708); INSERT INTO subevents VALUES (1151,'2003-11-19','14:00:00','14:30:00','','Early Evaluation of the Cray X1','Thomas H. Dunigan, Jr. (Oak Ridge National Laboratory), Mark R. Fahey (Oak Ridge National Laboratory), James B. White III (Oak Ridge National Laboratory), Patrick H. Worley (Oak Ridge National Laboratory)','Oak Ridge National Laboratory installed a 32 processor Cray X1 in March, 2003, and will have a 256 processor system installed by October, 2003.