Towards high performance resilience using performance portable abstractions

N Morales, K Teranishi, B Nicolae, C Trott… - Euro-Par 2021: Parallel …, 2021 - Springer
In the drive towards Exascale, the extreme heterogeneity of supercomputers at all levels
places a major development burden on HPC applications. To this end, performance portable …
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Towards High Performance Resilience using Performance Portable Abstractions

N Morales, K Teranishi, B Nicolae, C Trott… - … Conference on Parallel …, 2021 - hal.science
In the drive towards Exascale, the extreme heterogeneity of supercomputers at all levels
places a major development burden on HPC applications. To this end, performance portable …

Towards High Performance Resilience Using Performance Portable Abstractions

N Morales, K Teranishi, B Nicolae… - … on Parallel and …, 2021 - experts.illinois.edu
In the drive towards Exascale, the extreme heterogeneity of supercomputers at all levels
places a major development burden on HPC applications. To this end, performance portable …

Towards High Performance Resilience Using Performance Portable Abstractions

N Morales, K Teranishi, B Nicolae, C Trott… - … Conference on Parallel …, 2021 - dl.acm.org
In the drive towards Exascale, the extreme heterogeneity of supercomputers at all levels
places a major development burden on HPC applications. To this end, performance portable …

Towards High Performance Resilience using Performance Portable Abstractions

N Morales, K Teranishi, B Nicolae, C Trott… - … on Parallel and …, 2021 - inria.hal.science
In the drive towards Exascale, the extreme heterogeneity of supercomputers at all levels
places a major development burden on HPC applications. To this end, performance portable …
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[PDF][PDF] Towards High Performance Resilience using Performance Portable Abstractions

N Morales, K Teranishi, B Nicolae, C Trott, F Cappello - hal.science
In the drive towards Exascale, the extreme heterogeneity of supercomputers at all levels
places a major development burden on HPC applications. To this end, performance portable …