HiDALGO2 D3.1 Scalability, Optimization and Co-Design Activities
Authors/Creators
- Nikas, Konstantinos (Researcher)1
- Anastasiadis, Petros (Researcher)1
- Rivera Campos, Angela (Researcher)2
- Prud'homme, Christophe (Researcher)3
- Bakosi, Jozsef (Researcher)4
- Környei, László (Researcher)4
- Salazar, Leydi Laura (Researcher)2
- Szustak, Łukasz (Researcher)5
- Constans, Mátyás (Researcher)4
- Kulczewski, Michal (Researcher)5
- Sanfiz, Sabela (Researcher)2
- Chabannes, Vincent (Researcher)3
- Szeliga, Wojciech (Researcher)5
- Hoppe, Dennis (Researcher)6
-
Lawenda, Marcin
(Researcher)5
-
1.
National Technical University of Athens
- 2. MeteoGRID
-
3.
Université de Strasbourg
-
4.
Széchenyi István University
-
5.
Poznan Supercomputing and Networking Center
-
6.
University of Stuttgart
Description
HiDALGO2 aims to follow a systematic and reproducible methodology for collecting and storing benchmarking results for all the HiDALGO2 pilots to enable their development and optimisation towards achieving the highest possible performance when running on the EuroHPC JU supercomputers. For this purpose, Deliverable D3.1 sets the guidelines of the benchmarking methodology that will be followed within the project.
During the first year of the project, the HiDALGO2 methodology has been applied for benchmarking the HiDALGO2 pilots on various EuroHPC JU systems and initial findings are reported in this document. A few bottlenecks have been already identified and constitute the primary target of the optimisation activities that will start in the second year of the project.
Finally, this document discusses the challenges faced in the project’s attempts to acquire resources on the EuroHPC JU systems and outlines the project’s strategy regarding co-design activities.
Files
HiDALGO2_D3.1 Scalability, Optimization and Co-Design Activities_v1.1.pdf
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(2.2 MB)
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