Section: Dissemination

Teaching - Supervision - Juries

Teaching

• Undergraduate level/Licence

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

     He is also in charge of the computer science certificate for Internet (C2i) at the University Bordeaux I.

  2. M. Faverge: Programming Environment, 26h, L3; Numerical Algorithmic, 30h, L3; C Projects, 20h, L3, ENSEIRB-MatMeca, France

  3. P. Ramet: System programming 24h, Databases 32h, Objet programming 48h, Distributed programming 32h, Cryptography 32h at Bordeaux University.

• Post graduate level/Master

  1. O. Coulaud: Paradigms for parallel computing, 24h, ENSEIRB-MatMeca, Talence; Méthodes hiérarchiques, 8h, ENSEIRB-MatMeca, Talence.

  2. E. Agullo: Operating sysems, 24h, University Bordeaux I; Dense linear algebra kernels, 8h, ENSEIRB-MatMeca; Numerical Algorithms, 30h; ENSEIRB-MatMeca, Talence.

  3. A. Esnard: Network management, 27h, University Bordeaux I; Network security, 27h, University Bordeaux I; Programming distributed applications, 35h, ENSEIRB-MatMeca, Talence.

  4. M. Faverge: System Programming, 74h, M1; Load Balancing and Scheduling, 19h, M2, ENSEIRB-MatMeca, Talence.

     He is also in charge of the second year of Embedded Electronic Systems option at ENSEIRB-MatMeca, Talence.

  5. P. Ramet: Scheduling, 8h; Numerical Algorithmic, 30h; ENSEIRB-MatMeca, Talence.

     He also give classes on Cryptography, 30h, Ho Chi Minh City, Vietnam.

  6. 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.

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

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

Supervision

• Defended PhD thesis

  1. Astrid Casadei, Optimisations des solveurs linéaires creux hybrides basés sur une approche par complément de Schur et décomposition de domaine, defended on October 19^th, advisors: F. Pellegrini and P. Ramet.

  2. Arnaud Etchevery, Simulation de la dynamique des dislocations à très grande échelle, defended on November 23^th, advisors: O. Coulaud and G. Sylvand.

  3. Xavier Lacoste, Scheduling and memory optimizations for sparse direct solver on multi-core/multi-gpu cluster systems, defended on Febuary 18^th, advisors: F. Pellegrini and P. Ramet.

  4. Stojce Nakov, On the design of sparse hybrid linear solvers for modern parallel architectures, defended on December 14^th, advisors: E. Agullo and J. Roman.

  5. Alexis Praga, Un modèle de transport chimie atmosphérique à grande échelle adapté aux calculateurs massivement parallèles, defended on January 30^th, advisors: D. Cariolle (CERFACS) and L. Giraud.

  6. Fabien Rozar, Contributions à l'amélioration de l'extensibilité de simulations parallèles de plasmas turbulents, defended on November 5^th, advisors: G. Latu and J. Roman.

  7. Salli Moustafa, Massively parallel Cartesian discrete ordinates method for neutron transport simulation, defended on December 15^th, advisors: P. Ramet and J. Roman.

  8. Mawussi Zounon, On numerical resilience in linear algebra, defended on April 1^st, advisors: E. Agullo and L. Giraud.

• PhD in progress :

  1. Pierre Blanchard, Fast and accurate methods for dislocation dynamics, starting Oct. 2013, advisors: O. Coulaud and E. Darve (Stanford Univ.).

  2. Bérenger Bramas, Optimization of time domain BEM solvers, starting Jan 2013, advisors: O. Coulaud and G. Sylvand.

  3. Nicolas Bouzat, Fine grain algorithms and deployment methods for exascale plasma physic applications, starting October 2015, advisors: G. Latu, M. Mehrenberger and J. Roman.

  4. Jean-Marie Couteyen, Parallélisation et passage à l'échelle du code FLUSEPA, starting Feb 2013, advisors : P. Brenner (Airbus Defence and Space) and J. Roman.

  5. Arnaud Durocher, Passage à l’échelle des simulations de Dynamique des Dislocations sur plateforme hétérogène pour l’étude des mécanismes de fluage dans les matériaux du nucléaire, starting Nov. 2015, advisors: O. Coulaud and L. Dupuy (CEA-DEN)

  6. Aurélien Falco, High performance solver for BEM-FEM coupling, starting December 2015, advisors: E. Agullo, L. Giraud and G. Sylvand.

  7. Grégoire Pichon, Utilisation de techniques de compression $\mathscr{H}$-matrices pour solveur direct creux parallèle dans le cadre des applications FEM, starting October 2015, advisors: L. Giraud and P. Ramet.

  8. Cyrille Fournier, New parallel progamming paradigm for LES calculation at large scale, starting March 2015, advisors: L. Giraud and G. Staffelbach (CERFACS).

  9. Maria Predari, Dynamic Load Balancing for Massively Parallel Coupled Codes, starting Oct. 2013, advisors: A. Esnard and J. Roman.

  10. Louis Poirel, Two level hybrid linear solver, starting Nov. 2014, advisors: E. Agullo, M. Faverge and L. Giraud.

Juries

• HDR of M. Chau (INP Toulouse) entitled “Algorithmes Paralléles Asynchrones et Applications en Calcul Scientifique" defended December 2015. L. Giraud (referee).

• PhD of J. Herrmann (ENS Lyon) entitled “Memory-aware Algorithms and Scheduling Techniques for Matrix Computations" defended November 2015. L. Giraud (examinator).

• Phd of E. Cieren (Université Bordeaux) entilted “Molecular Dynamics for Exascale supercomputers" defended October 2015. O. Coulaud (examinator).

• Phd of P. Pei Li (Université Bordeaux) entilted “Système unifié de transformation de code et d'exécution pour un passage aux architectures multicœurs hétérogènes" defended December 2015. J. Roman (examinator).