Overall Objectives
Scientific Foundations
Software
- APMC-CA
- YML
- The Scientific Programming InterNet (SPIN)
- V-DS
- PVC: Private Virtual Cluster
- OpenWP
- Parallel solvers for solving linear systems of equations
- OpenScop
- Clay
- CALU for multicore architectures
- MIDAPACK for CMB data analysis
- Fast linear system solvers in public domain libraries
- cTuning: Repository and Tools for Collective Characterization and Optimization of Computing Systems
New Results
- Communication avoiding algorithms for linear algebra
- Preconditioning techniques for solving large systems of equations
- MIcrowave Data Analysis for petaScale computers
- Innovative linear system solvers for hybrid multicore/GPU architectures
- MILEPOST GCC: machine learning enabled self-tuning compiler
- Loop Transformations: Convexity, Pruning and Optimization
- Non-self-stabilizing and self-stabilizing gathering in networks of mobile agents–the notion of speed
- Making Population Protocols Self-stabilizing
- Self-stabilizing synchronization in population protocols with cover times
- Impossibility of consensus for population protocol with cover times
- Routing and synchronization in large scale networks of very cheap mobile sensors
- Self-Stabilizing Control Infrastructure for HPC
- Large Scale Peer to Peer Performance Evaluations
- High Performance Linear Algebra on the Grid
- Emulation of Volatile Systems
- Exascale Systems
Partnerships and Cooperations
Bibliography
Overall Objectives
Scientific Foundations
Software
- APMC-CA
- YML
- The Scientific Programming InterNet (SPIN)
- V-DS
- PVC: Private Virtual Cluster
- OpenWP
- Parallel solvers for solving linear systems of equations
- OpenScop
- Clay
- CALU for multicore architectures
- MIDAPACK for CMB data analysis
- Fast linear system solvers in public domain libraries
- cTuning: Repository and Tools for Collective Characterization and Optimization of Computing Systems
New Results
- Communication avoiding algorithms for linear algebra
- Preconditioning techniques for solving large systems of equations
- MIcrowave Data Analysis for petaScale computers
- Innovative linear system solvers for hybrid multicore/GPU architectures
- MILEPOST GCC: machine learning enabled self-tuning compiler
- Loop Transformations: Convexity, Pruning and Optimization
- Non-self-stabilizing and self-stabilizing gathering in networks of mobile agents–the notion of speed
- Making Population Protocols Self-stabilizing
- Self-stabilizing synchronization in population protocols with cover times
- Impossibility of consensus for population protocol with cover times
- Routing and synchronization in large scale networks of very cheap mobile sensors
- Self-Stabilizing Control Infrastructure for HPC
- Large Scale Peer to Peer Performance Evaluations
- High Performance Linear Algebra on the Grid
- Emulation of Volatile Systems
- Exascale Systems
Partnerships and Cooperations
Bibliography
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