A novel workload replay method validates MPI malleability on Marenostrum 5, showing 27% reduction in malleable job time without delaying baseline workload.
In: Proceedings of PER- MAVOST (2021)
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The authors extend the existing DMRlib into a modular framework with Proteo engine and a unified API, then demonstrate it on a malleable version of the MPDATA solver.
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MPI Malleability Validation under Replayed Real-World HPC Conditions
A novel workload replay method validates MPI malleability on Marenostrum 5, showing 27% reduction in malleable job time without delaying baseline workload.
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Towards the Democratization and Standardization of Dynamic Resources with MPI Spawning
The authors extend the existing DMRlib into a modular framework with Proteo engine and a unified API, then demonstrate it on a malleable version of the MPDATA solver.