Translations:Advanced MPI scheduling/20/en: Difference between revisions

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==== Large parallel job, not a multiple of 32 cores ====
==== Large parallel job, not a multiple of whole nodes ====
Not every application runs with maximum efficiency on a multiple of 32 cores. Choosing the number of cores to request, and whether or not to request whole nodes, may be a trade-off between ''running'' time (or efficient use of the computer) and ''waiting'' time (or efficient use of your time). If you want help evaluating these factors, please write to  [mailto:support@computecanada.ca support@computecanada.ca].
Not every application runs with maximum efficiency on a multiple of 32 (or 40, or 48) cores. Choosing the number of cores to request—and whether or not to request whole nodes—may be a trade-off between <i>running</i> time (or efficient use of the computer) and <i>waiting</i> time (or efficient use of your time). If you want help evaluating these factors, please contact [[Technical support]].

Latest revision as of 20:00, 27 April 2023

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Message definition (Advanced MPI scheduling)
==== Large parallel job, not a multiple of whole nodes ====
Not every application runs with maximum efficiency on a multiple of 32 (or 40, or 48) cores. Choosing the number of cores to request—and whether or not to request whole nodes—may be a trade-off between <i>running</i> time (or efficient use of the computer) and <i>waiting</i> time (or efficient use of your time). If you want help evaluating these factors, please contact [[Technical support]].

Large parallel job, not a multiple of whole nodes

Not every application runs with maximum efficiency on a multiple of 32 (or 40, or 48) cores. Choosing the number of cores to request—and whether or not to request whole nodes—may be a trade-off between running time (or efficient use of the computer) and waiting time (or efficient use of your time). If you want help evaluating these factors, please contact Technical support.

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