Christophe Picard
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  • Experience
  • Projects
    • HAMM
    • I-Worms
    • LUG2
    • Simvort
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  • Publications
    • Calcul haute performance
    • Double-diffusive sedimentation at high Schmidt numbers: Semi-Lagrangian simulations
    • Couplage de méthodes et architecture hybride.
    • Is GPU the future of Scientific Computing ?
    • Multi-scale Problems, High Performance Computing and Hybrid Numerical Methods
    • A code-independent technique for computational verification of fluid mechanics and heat transfer problems
    • A multilevel method for solution verification
    • Domain decomposition methods in feel++
    • High order semi-Lagrangian particle methods for transport equations: numerical analysis and implementation issues
    • Multi-CPU and multi-GPU hybrid computations of multi-scale scalar transport
    • Toward an Intelligent Data and Visualization Desk for Endovascular Surgery
    • A code-independent technique for computational verification of fluid mechanics and heat transfer problems
    • Heterogeneous domain decomposition for multi-scale problems
    • Mapping LSE method on a grid: Software architecture and Performance gains
    • Parallel implementation for solution verification of CFD code
    • Toward a general solution verification method for complex PDF problem with hands off coding
    • Computational Tool for a Mini-Windmill Study with SOFT
  • Recent & Upcoming Talks
  • Teaching
    • GP-GPU and High Performances Computing
    • C++ pour les Mathématiques Appliquées
    • Fondements Mathématiques pour l'IA
    • Modeling Seminar

Is GPU the future of Scientific Computing ?

Nov 4, 2020·
Georges-Henri Cottet
,
Jean-Matthieu Etancelin
,
Franck Perignon
,
Christophe Picard
,
Florian De Vuyst
,
Christophe Labourdette
· 0 min read
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Last updated on Nov 4, 2020
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