Software-based representation of selected benchmark hierarchies equipped with publically available data
Creators
- Bannenberg, Marcus1
- Barral, Patricia2
- Bärmann, Andreas3
- Benamou, Jean-David4
- Bianco, Federico5
- Binder, Andreas6
- Chazareix, Guillaume4
- Dittmer, Sören7
- Comesaña, Daniel Fernández8
- Girfoglio, Michele9
- Günther, Michael1
- Gutiérrez Pérez, José Carlos7
- Hauberg-Lotte, Lena7
- Ijzerman, Wilbert10
- Jadhav, Onkar6
- Kluth, Tobias7
- Lengomin, Alejandro11
- Maass, Peter7
- Marconi, Gianfranco5
- Martin, Alexander3
- Martinolli, Marco12
- Mehrmann, Volker13
- Monticone, Pier Paolo14
- Morelli, Umberto15
- Nayak, Ashwin15
- Obereder, Andreas6
- Otero Baguer, Daniel7
- Polverelli, Luc14
- Prieto, Andrés16
- Quintela, Peregrina2
- Ramlau, Ronny17
- Riccardo, Conte5
- Rozza, Gianluigi9
- Rukhaia, Giorgi4
- Shah, Nirav9
- Stabile, Giovanni9
- Stadler, Bernadett17
- Staszek, Jonasz3
- Vergara, Christian12
- 1. Bergische Universitaet Wuppertal
- 2. ITMATI, USC
- 3. FAU
- 4. INRIA
- 5. Danieli
- 6. MathConsult
- 7. University of Bremen
- 8. Microflown Technologies
- 9. SISSA
- 10. Signify
- 11. AMIII
- 12. MOX - Politecnico di Milano
- 13. TU Berlin
- 14. CorWave SA
- 15. ITMATI
- 16. ITMATI, UDC
- 17. Industrial Mathematics Institute JKU
Description
Based on the multitude of industrial applications, benchmarks for model hierarchies will be created that will
form a basis for the interdisciplinary research and for the training programme. These will be equipped with
publically available data and will be used for training in modelling, model testing, reduced order modelling,
error estimation, efficiency optimization in algorithmic approaches, and testing of the generated MSO/MOR
software. The present document includes a detailed description of the computer implementation of these benchmarks involving not only the required publically available data but also the used software packages, libraries and any other relevant information, which guarantee a fully reproducibility of the reported numerical results. The present document has been structured in three main parts to distinguish those contributions which are focused on coupling methods, model order reduction methods, and optimization methods.
Notes
Files
D5.2_Software-basedRepresentationOfSelectedBenchmarkHierarchiesEquippedWithPublicallyAvailableData_M20_v2.pdf
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(11.1 MB)
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