Section: Dissemination

Teaching

In the following are listed the lectures given by the HiePACS members.

• Undergraduate level

  1. A. Esnard: Operating system programming, 36h, University Bordeaux I; Using network, 23h, University Bordeaux I.

  2. A. Esnard: in charge of the computer science certificate for Internet (C2i) at the University Bordeaux I.

• Post graduate level

  1. O. Coulaud: Paradigms for parallel computing, 28h, ENSEIRB-MatMeca, Talence; Code coupling, 6h, ENSEIRB-MatMeca, Talence.

  2. A. Esnard: Network management, 27h, University Bordeaux I; Programming distributed applications, 60h, ENSEIRB-MatMeca, Talence.

  3. L. Giraud: Introduction to intensive computing and related programming tools, 20h, INSA Toulouse; Introduction to high performance computing and applications, 20h, ISAE-ENSICA; On mathematical tools for numerical simulations, 10h, ENSEEIHT Toulouse; Parallel sparse linear algebra, 11h, ENSEIRB-MatMeca, Talence.

  4. A. Guermouche: Network management, 92h, University Bordeaux I; Network security, 64h, University Bordeaux I; Operating system, 24h, University Bordeaux I.

  5. J. Roman: Parallel sparse linear algebra, 10h, ENSEIRB-MatMeca, Talence; Parallel algorithms, 22h, ENSEIRB-MatMeca, Talence.

  6. X. Vasseur: Solution of PDE, 16 h, ENSEEIHT Toulouse; Linear Algebra and Optimization, 25 h, ISEA-ENSICA, Toulouse; Introduction to MPI, 11 h, ENM, Toulouse; Introduction to Fortran 90, 5 h, CERFACS, Toulouse.

• Doctorate level

  1. E. Agullo: "Dense linear algebra on manycores", CEA-EDF-Inria School, June 6-10, 2 hours, 2011.

  2. E. Agullo, A. Guermouche, L. Giraud, J. Roman and X. Vasseur: Formation en algèbre linéaire creuse parallèle, November 28-December 2, 30 hours, Maison de la Simulation.

• Defended PhD thesis

  1. Mathieu Chanaud, “Conception d’un solveur haute performance de systèmes linéaires creux couplant des méthodes multigrilles et directes pour la résolution des équations de Maxwell 3D en régime harmonique discrétisées par éléments finis, Université Bordeaux I, defended on 18 Oct. 2011, advisors: D. Goudin (CEA) and J. Roman.

• PhD in progress :

  1. Rached Abdelkhalek, “Modélisation et imagerie sismique sur accélérateurs matériels" , starting Jan. 2008, advisors: O. Coulaud, G. Latu and J. Roman.

  2. Yohann Dudouit, “Scalable parallel elastodynamic solver with local refinment in geophysics", starting Oct. 2010, advisors: L. Giraud and S. Pernet (CERFACS).

  3. Arnaud Etcheverry, “Toward large scale dynamic dislocation simulation on petaflop computers", starting Oct. 2011, advisors: O. Coulaud and J. Roman.

  4. Andra Hugo “Composabilité de codes parallèles sur plateformes hétérogènes", starting Oct. 2011, advisors: A. Guermouche, R. Namyst and P-A. Wacrenier.

  5. Alexis Praga, “Parallel atmospheric chemistry and transport model solver for massivelly platforms", starting Oct. 2011, advisors: D. Cariolle (CERFACS) and L. Giraud.

  6. Stojce Nakov, “Parallel hybrid solver for heterogenous manycores: application to geophysics", starting Oct. 2011, advisors: E. Agullo and J. Roman.

  7. Pablo Salas Medina, “Parallel eigensolvers for large scale combustion chamber simulations", starting June 2010, advisors: L. Giraud and X. Vasseur.

  8. Jérôme Soumagne, “An In-situ Visualization Approach for Parallel Coupling and Steering of HPC Applications using Files in Distributed Shared Memory", starting April 2009, advisors: J. Bidiscombe, A. Esnard and J. Roman.

  9. Clément Vuchener, “Algorithmique de l'équilibrage de charges pour des couplages de codes complexes", starting Sept. 2010, advisors: A. Esnard and J. Roman.

  10. Mawussi Zounon, “Numerical resilient algorithms for exascale", starting Oct. 2011, advisors: E. Agullo and L. Giraud.