| 6 | 6 | The !QosCosGrid framework is highly flexible as it is composed of pluggable components that can be easily modified to support different scheduling and access policies to better maximize a diversity of utility functions. Furthermore, the framework exploits novel algorithms for topology-aware co-allocations that are required by parallel programming and execution set-ups in production-level high-performance computing environments, such as the Message Passing Interfaces (MPI), !ProActive, or their hybrid extensions linking programming models like OpenMP or CUDA. |
