Luc Giraud (CONCACE)

Table of Contents

1. Home

1.1. Position

I'm an Inria research senior scientist in the concace project team and currently the PI for Inria of the concace joint project with Airbus Central R&T and Cerfacs.

1.2. Contact

Luc Giraud
Inria Research Center at the University of Bordeaux
200 Avenue de la Vieille Tour
33405 Talence
or
Luc Giraud
cerfacs
42 Avenur Coriolis
31 400 Toulouse
+33 5 61 19 30 25

mailto:luc_dot_giraud_at_inria_dot_fr

1.3. Interests

1.4. Internal (private)

2. Short bio

Wassily Kandinsky Composition VIII

2.1. Positions

  • 2009-Present: Inria senior scientist
  • 2005-2009 : full professor in Applied Maths at ENSEEIHT in the computer science and applied math departement
  • 1993-2005 : CERFACS senior scientist and deputy project leader of the parallel algoritms project

3. Projects

Wassily Kandinsky Composition VIII

  • PEPR NumPex - ExaMa : Methods and Algorithms for Exascale (2023-2027)
    • Topic : The Exascale aspects of the numerical methods, ensuring their scalability to existing and forthcoming hardware.
    • Partners: CEA, CNRS, Inria, many Frecnh Universities
  • ANR Maturation (2023–2026)
    • Topic: MAssively parallel sparse grid PIC algorithms for low TemperatURe plAsmas SimulaTIONs
    • Partners: IMT, Inria, LAPLACE, Mds
  • ANR TensorVim (2023–2026)
    • Topic: Low rank tensor decomposition for fast electromagnetic modelling of electrical engineering devices
    • Partners: Inria, LAPLACE, G2ELaB
  • EuroHPC JU - EoCoE-3 (2024-2026)
    • Topic: Energy oriented Centre of Excellence for computer applications
  • ESA SPIS HPC (2022-2024)
    • Topic: High Performance Spacecraft Plasma Interaction Software
    • Partners: Artenum, Inria, Onera
  • H2020 Coordinated Support Action RISC-2 (2021-2023)
    • Topic: A network for supporting the coordination of High-Performance Computing research between Europe and Latin America
  • PHC Bosphore (2021-2023)
    • Topic: Non-linear Dimensionality Reduction via recycling Krylov subspaces with applications to Industrial Internet of Thing (IIoT) data
    • Partners: Inria, Kadir Has University
  • ANR ASTRID Maturation OPERA (2019-2022)
    • Topic: investigate and optimize the properties of planar photonic devices based on metasurfaces using numerical modelling
    • Partners: CRHEA, Napa Technologies
  • H2020 PRACE 6IP (2019-2021)
    • Topic: PRACE, the Partnership for Advanced Computing is the permanent pan-European High Performance Computing service providing world-class systems for world-class science.
  • H2020 EoCoE-2 (2019-2021)
    • Topic: Energy oriented Centre of Excellence for Computing Applications
  • H2020 EoCoE (2015-2018)
    • opic: Energy oriented Centre of Excellence for Computing Applications
  • H2020 HPC4E (2015-2017)
    • Topic: the project aims to apply the new exascale HPC techniques to energy industry simulations
    • Partners: Both in Brazil and Europe.
  • ANR-DGA TECSER (2014-2017)
    • Topic: Parallel scalable linear solvers for hybrid DG discretization schemes in electromagnetics
    • Partners: Inria (Corida, HiePACS and Nachos (PI)), Airbus Group Innovations, EADS Nucletudes
  • Exa2CT (2013 – 2016)
    • FP7 STREP in the framework of C2S@Exa with the involvement of the two Inria project teams ALPINE and SAGE
    • Topic: Design of Krylov solver for applications at exascale
  • EESI-2 project (2012 – 2015)
    • Member of two working groups: one on numerical analysis the other on resiliency
    • Funded by the European commission
  • FastLA Associate Team (2012 – 2017)
    • associate team funded by the INRIA “Associate Team” programme
    • Topic: Fast parallel solvers
    • Academic partners: Lawrence Berkeley National Lab (NERSC) and Institute for Computational and Mathematical Engineering at Stanford
  • EESI project (2010 – 2012)
    • Member of the working group on numerical analysis
    • Funded by the European commission
  • ANR BOOST (2010 – 2014)
    • ANR-Blanc project funded by the french ministry of research
    • Topic: New numerical schemes for Iter
    • Academic partners: Institut de Mathématique de Toulouse, CEA Cadarache.
  • G8 ESC — Enabling Climate Simulations at Extreme Scale (2011 – 2014)
    • Topic: Design of Krylov solver for applications at exascale
    • Academic partners:
  • France-Berkeley fund (2010-2011)
    • Topic: Scalable Hybrid Solvers for Large Sparse Linear Systems of Equations on Petascale Architectures
    • Academic partners: INRIA (Bacchus, HiePACS) – Lawrence Berkeley National Lab
  • RESCUE: (2010- 2014)
    • ANR-Blanc project funded by the french ministry of research
    • Topic: Resilience for exascale scientific computing
    • Academic partners: INRIA : GRAAL, GRAND LARGE and HiePACS
  • ADT MaPHyS (2009- 2011)
    • Actions de Developpement Technologiques project funded by INRIA
    • Topic: Parallel scalable algebraic domain decomposition linear solver software
  • MyPlanet network (2008-2012)
    • FP7 project funded by Marie Curie ITN Network
    • Topic: Massively Parallel Computations of Combustion and Emission Simulations
    • Academic partners: CERFACS, ENSEEIHT-IRIT (2008-2010), INRIA (2010-2012), Univ. Cambridge, Univ. Cyprus, Univ. Carlos III Madrid, Technical Univ. Munich
    • Industrial partners: Genias Graphics, Rolls-Royce plc UK.
  • MOSITER (2009-2010)
    • BQR funded by the University of Toulouse
    • Topic: MOdeling and Simulation for ITER
    • Academic partners: IMT, LAPLACE, LCAR, IRIT
  • NUMELEM (2008-2010)
    • BQR funded by the University of Toulouse
    • Topic: Study new electromagnetic devices with large frequency bandwith.
    • Academic partners: LAPLACE (GREM3, LAME), IRIT (APO)
  • PhyLeaS (2008- 2009)
    • INRIA associate team funded by the INRIA “Associate Team” programme
    • Topic: study of parallel hybrid sparse linear solvers
    • Academic partners: Inria (SCALAPPLIX, NACHOS), Department of Computer Science and Engineering, University of Minnesota, USA; Institute of Computational Mathematics Department of Mathematics and Computer Science, TU Brunswick, Germany; INPT-ENSEEIHT-IRIT. .
  • SOLSTICE project (2007-2010)
    • ANR-CIS project funded by the french ministry of research
    • Topic: Grand challenge simulations and linear solvers
    • Academic partners: CERFACS, CNRM-LA, ENSEEIHT-IRIT, LaBRI and LIP-ENS
    • Industrial partners: CEA-CESTA, EADS-IW, EDF
  • SEISCOPE collaborator
    • Topic: Solution of large sparse linear systems in global offset seismic imaging
  • ACI-TLSE Project (2002-2005)
    • ACI-GRID project funded by the french ministry of research
    • Topic: Expert web site on sparse linear solvers
    • Academic partners: CERFACS, ENSEEIHT-IRIT, LaBRI and LIP-ENS
    • Industrial partners: CNES, CEA, EADS, EDF and IFP
  • MYSHANET Project (1998 – 2000)
    • Best practice PST – ESPRIT project funded by the European Commission
    • Topic: Parametric studies in multibody simulations on cluster of Windows PCs
    • Partners: CEIT, CERFACS, DONERRE and MARZOCCHI
  • ODESIM Project (1996-1999)
    • HPCN Project – ESPRIT project funded by the European Commission
    • Topic: Optimiaztion of multibody mechanism on heterogeneous clusters of workstations
    • Partners: CASA/Space Division, CEIT, CERFACS, Centro Reicerche Fiat, Matra Datavision and Siemens
  • HIPERCOMABTS Project (1995-1996)
    • PCI – ESPRIT project funded by the European Commission
    • Topic: Parametric studies in multibody simulations on heterogeneous clusters of workstations
    • Partners: CEIT, CERFACS and PIAGGIO
  • HPCN3S Project(1994-1996)
    • Europort-1 Project – ESPRIT project funded by the European Commission
    • Topic: Parallelization of 3D compressible and incompressible CFD codes
    • Partners: CERFACS, CISE, EDF, IFP, Simulog and VKI

4. Publications

Wassily Kandinsky Composition VIII

Created: 2025-01-10 Fri 09:36

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