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aurora_cluster [2016/10/05 15:47] florido |
aurora_cluster [2020/12/02 14:09] (current) florido |
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| Particle Physics, Nuclear Physics and Theoretical Physics have a dedicated subset | Particle Physics, Nuclear Physics and Theoretical Physics have a dedicated subset | ||
| - | of nodes on the cluster, named ''au[193-216]'' | + | of nodes on the cluster, named ''au[193-216]'', the HEP nodes. |
| - | The aurora cluster nodes can only be accessed using the [[http://slurm.schedmd.com/|slurm]] batch system, that | + | These are 24 nodes with 20 cores each, for a total of 480 cores (haswell hardware), with a dedicated SLURM partition ''hep'' that is separate from the other offered by Lunarc and exclusively dedicated to the three communities above. These have been procured with Faculty funding on infrastructure. |
| - | allows users to run interactive sessions as well. | + | |
| - | These nodes have a dedicated storage system of 50TB for the communities listed above to use. | + | Users related to these nodes can now communicate via the mailing list //aurora-hep-users[-AT-]hep.lu.se// |
| - | Please read: | + | The HEP nodes have a dedicated storage system of 50TB for the communities listed above to use. |
| - | [[aurora:how to access]] | + | Mathematical Physics has a dedicated subset of nodes, ''mn[01-10]'' and ''mn[15-20]'' (skylake hardware) |
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| + | The aurora cluster nodes can only be accessed using the [[http://slurm.schedmd.com/|slurm]] batch system, that | ||
| + | allows users to run interactive sessions as well. | ||
| - | [[aurora:storage]] | + | Use the page list on the left side or the menu button on your phone to know how to use Aurora. |
| - | Use the page list on the left or the menu button on your phone to know how to use Aurora. | ||