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MPIPP: an automatic profile-guided parallel process placement toolset for SMP clusters and multiclusters (2006)
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| Venue: | In International Conference on Supercomputing |
| Citations: | 19 - 2 self |
BibTeX
@INPROCEEDINGS{Chen06mpipp:an,
author = {Hu Chen and Wenguang Chen and Jian Huang and Bob Robert and H. Kuhn},
title = {MPIPP: an automatic profile-guided parallel process placement toolset for SMP clusters and multiclusters},
booktitle = {In International Conference on Supercomputing},
year = {2006}
}
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Abstract
SMP clusters and multiclusters are widely used to execute message-passing parallel applications. The ways to map parallel processes to processors (or cores) could affect the application performance significantly due to the non-uniform communicating cost in such systems. It is desired to have a tool to map parallel processes to processors (or cores) automatically. Although there have been various efforts to address this issue, the existing solutions either require intensive user intervention, or can not be able to handle the situation of multiclusters well. In this paper, we propose a profile-guided approach to find the optimized mapping automatically to minimize the cost of point-to-point communications for arbitrary message passing applications. The implemented toolset is called MPIPP (MPI Process Placement toolset), and it includes several components: 1) A tool to get the communication profile of MPI applications 2) A tool to get the network topology of target clusters 3) An algorithm to find optimized mapping, which is especially more effective than existing graph partition algorithms for multiclusters. We evaluated the performance of our tool with the NPB benchmarks and three other applications in several clusters. Experimental results show that the optimized process placement generated by our tools can achieve significant speedup.
Keyphrases
smp cluster optimized mapping parallel process message-passing parallel application mpi application target cluster implemented toolset communication profile application performance point-to-point communication significant speedup optimized process placement graph partition algorithm intensive user intervention arbitrary message passing application several component network topology various effort npb benchmark mpi process placement toolset several cluster experimental result non-uniform communicating cost profile-guided approach
