L'assemblée annuelle 2025 d'Exa-Soft

The 2025 Exa-SofT Annual Assembly took place from 19 to 21 October, 2025, bringing together more than 60 researchers and engineers from academia and industry to discuss progress on scientific computing software, share results from work packages, and welcome the latest recruits.

Exa-SofT (HPC software and tools) is one of the five projects of the NumPEx program. It is concerned with research issues around the development of efficient, portable and scalable software for exaflop-scale supercomputers which are, by nature, of a very large size, and heterogeneous. As such, Exa-SofT deals with the development and use of parallel programming models for accelerators such as GPUs, compile and runtime optimizations, the development of low-level libraries for linear and multilinear algebra, and performance and energy analysis and optimization.
The Exa-SofT annual assembly took place from 19th to 21st October 2025 at the Sophie Germain facilities in Palaiseau. Over three days, participants presented scientific achievements, exchanged on mini-applications for Exascale computing, and organized dedicated sessions to consolidate software developments and foster collaboration. The assembly highlighted the active involvement of young researchers and the continued efforts to integrate Exa-SofT developments across the NumPEx ecosystem.

Jeudi 19 octobre 2025

Vendredi 20 octobre 2025

Saturday, 21 October 2025

  • Retour d’information sur les sessions en petits groupes

  • Focus sur 3 résultats scientifiques par les recrues
    par Catherine Guelque (WP5)
    Jules Risse (WP5 & WP6)
    Albert d’Aviau (WP6)

  • Mot de la fin : prochaines étapes, livrables
    par Raymond Namyst, professeur à l’Université de Bordeaux
    et Alfredo Buttari, chercheur au CNRS

Participantes et participants

  • Emmanuel Agullo, Inria
  • Erwan Auer, Inria
  • Ugo Battiston, Inria
  • Marc Baboulin, Université Paris-Saclay
  • Vicenç Beltran Querol, BSC
  • Jean-Yves Berthou, Inria
  • Julien Bigot, CEA
  • Jérôme Bobin, CEA
  • Valérie Brenner, CEA
  • Elisabeth Brunet, Telecom SudParis
  • Alfredo Buttari, CNRS
  • Henri Calandra, Total Energies
  • Jérôme Charousset, CEA
  • Philippe Clauss, Inria
  • Raphaël Colin, Inria
  • Albert d’Aviau de Piolant, Inria
  • Georges Da Costa, Université de Toulouse
  • Marco Danelutto, Université de Pise
  • Stéphane de Chaisemartin, IFPEN
  • Alexandre Denis, Inria
  • Nicolas Ducarton, Inria

 

  • Arnaud Durocher, CEA
  • Assia Mighis, CNRS
  • Bernd Mohr, Jülich
  • Thomas Morin, Inria
  • Jules Evans, CNRS
  • Clémence Fontaine, ANR
  • Nathalie Furmento, CNRS
  • David Goudin, Eviden
  • Catherine Guelque, Telecom SudParis
  • Abdou Guermouche, Université de Bordeaux
  • Amina Guermouche, Inria
  • Julien Herrmann, CNRS
  • Valentin Honoré, ENSIIE
  • Karmijn Hoogveld, CNRS
  • Félix Kpadonou, CEA
  • Jerry Lacmou Zeutouo, Université de Picardie
  • Sherry Li, Lawrence Berkeley National Laboratory
  • Pérache Marc, CEA
  • Théo Mary, CNRS
  • Samuel Mendoza, Inria

 

 

 

  • Julienne Moukalou, Inria
  • Raymond Namyst, Université de Bordeaux
  • Brieuc Nicolas, Inria
  • Alix Peigue, INSA
  • Christian Perez, Inria
  • Lucas Pernollet, CEA
  • Jean-Marc Pierson, IRIT
  • Pierre-Etienne Polet, Inria
  • Marie Reinbigler, Inria
  • Vincent Reverdy, CNRS
  • Jules Risse, Inria
  • Matthieu Robeyns, IRIT
  • Alexandre Roget, CEA
  • Philippe Swartvaghe R, Inria
  • Boris Teabe, ENSEEIHT
  • Samuel Thibault, Université de Bordeaux
  • François Trahay, Telecom SudParis
  • Julien Vanharen, Inria
  • Jean-Pierre Vilotte, CNRS
  • Pierre Wacrenier, Inria

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