Emmanuel Agullo, Hipeacs project-team

• Numerical linear algebra
• MaPHyS massively parallel hybrid solver

Olivier Aumage, Storm project-team (formerly in the Runtime project-team)

• Runtime systems
• StarPU unified runtime system for heterogeneous multicore architectures

Denis Barthou, Storm project-team (formerly in the Runtime project-team)

• Runtime systems
• StarPU unified runtime system for heterogeneous multicore architectures

François Broquedis, Corse project-team

• Performance optimization of HPC applications

Frédéric Desprez, Corse project-team

• Parallel numerical algorithms and libraries, scheduling

Thierry Gautier, Avalon project-team (formerly in the Moais project-team)

• High performance middleware, parallel programming models
• Xkaapi kernel for adaptative, asynchronous parallel and interactive programming

Luc Giraud, Hipeacs project-team

• Numerical linear algebra
• MaPHyS massively parallel hybrid solver

Philippe Helluy, Tonus project-team

• Numerical methods for plasmas physics
• SeLaLib modular library for the gyrokinetic simulation model by a semi-Lagrangian method

Stéphane Lanteri, Nachos project-team

• Numerical methods for electromagnetics

Jean-François Méhaut, Corse project-team

• Performance optimization of HPC applications
• Runtime systems, multithreading and memory management in NUMA multiprocessors, multi-core and hybrid programming

Christian Perez, Avalon project-team

• High performance middleware, parallel programming models
• HLCM high level component model

Pierre Ramet, Hipeacs project-team

• Numerical linear algebra
• PasTiX massively parallel sparse direct solver

Fabrice Rastello, Corse project-team

• Automatic parallelization and compiler back-end optimization

Jean Roman, Hipeacs project-team

• Numerical linear algebra

Jocelyne Erhel, Sage project-team

• Numerical algorithms for linear and nonlinear problems (sparse linear algebra, iterative solvers)
• Environmental applications (hydrogeology, geophysics)
• H20Lab software platform for numerical models in hydrogeology

Michel Kern, Serena project-team

• Scientific and parallel computing
• Mathematical methods in geophysics
• Inverse problems
• Numerical linear algebra

Nabil Birgle, Serena project-team

• Subsurface flow, numerical methods and high performance computing

Jérôme Richard, Avalon project-team

• Component models and task scheduling in the context of High-Performance Computing

Stojce Nakov, Hipeacs project-team

• Hybrid iterative-direct sparse linear solvers on heterogeneous architectures

Fabien Rozar, Hiepacs project-team

• Scalability issues in the GYSELA simulation software for plasma dynamics

Alexandra Christophe Argenvillier, Nachos project-team

• Numerical methods for electromagnetics

Pierrick Brunet, Moais project-team

• Source-to-source compiler for Openmp programs
• Starpu or the Xkaapi runtime systems
• K'Star

Tristan Cabel, Nachos project-team

• Collaborative software platform
• Simon (Technological Development Action)

Cédric Lachat, Bacchus project-team

• El Gaucho (Technological Development Action)
• Parallel mesh partitioning and adaptation

Matias Hastaran, Hipeacs project-team

• Performance evaluation
• Ezperf(Technological Development Action)

Raphaël Léger, Nachos project-team

• Numerical methods for electromagnetics
• High performance computing on hybrid MIMD/SIMD architectures

Julien Pédron, Hipeacs project-team

• Hybrid iterative-direct sparse linear solvers on heterogeneous architectures
• Maphys@Exa (Technological Development Action)

Samuel Pitoiset, Storm project-team (formerly in the Runtime project-team)

• Source-to-source compiler for Openmp programs
• Starpu or the Xkaapi runtime systems
• K'Star