WARNING: This is the _old_ Lustre wiki, and it is in the process of being retired. The information found here is all likely to be out of date. Please search the new wiki for more up to date information.
Metadata Performance Project: Difference between revisions
From Obsolete Lustre Wiki
Jump to navigationJump to search
No edit summary |
No edit summary |
||
| (2 intermediate revisions by one other user not shown) | |||
| Line 1: | Line 1: | ||
<small>''(Updated: Jan 2010)''</small> | |||
The Metadata Performance Project is a joint project of the Lustre™ team, the ORNL LCE, and Cray initiated in early spring of 2009. Current areas of investigation include LNET, ''ptlrpc'', ''libcfs'', and the MDS server. The overall goal is to maximize single MDS performance through optimizations that utilize the multiple cores available in today's MDS machines. | The Metadata Performance Project is a joint project of the Lustre™ team, the ORNL LCE, and Cray initiated in early spring of 2009. Current areas of investigation include LNET, ''ptlrpc'', ''libcfs'', and the MDS server. The overall goal is to maximize single MDS performance through optimizations that utilize the multiple cores available in today's MDS machines. | ||
| Line 5: | Line 7: | ||
*Double the metadata performance in the 2.x branch compared to the 1.6 baseline numbers. | *Double the metadata performance in the 2.x branch compared to the 1.6 baseline numbers. | ||
*Investigate SMP scaling improvements for the Lustre metadata stack. | *Investigate SMP scaling improvements for the Lustre metadata stack. | ||
Baseline metadata [[Media:MD-perf-comparison.pdf|performance tests]] were completed by the Lustre team on May 11, 2009. | Baseline metadata [[Media:MD-perf-comparison.pdf|performance tests]] were completed by the Lustre team on May 11, 2009. | ||
Latest revision as of 10:33, 22 February 2010
(Updated: Jan 2010)
The Metadata Performance Project is a joint project of the Lustre™ team, the ORNL LCE, and Cray initiated in early spring of 2009. Current areas of investigation include LNET, ptlrpc, libcfs, and the MDS server. The overall goal is to maximize single MDS performance through optimizations that utilize the multiple cores available in today's MDS machines.
The project has the following primary goals:
- Understand current Lustre 1.6, 1.8, and 2.0 branch metadata performance characteristics.
- Double the metadata performance in the 2.x branch compared to the 1.6 baseline numbers.
- Investigate SMP scaling improvements for the Lustre metadata stack.
Baseline metadata performance tests were completed by the Lustre team on May 11, 2009.
