This thesis aims at facilitating the deployment of distributed applications on large-scale Grids, using a peer-to-peer (P2P) infrastructure for computational Grids. Furthermore, this thesis also propose a framework for solving optimization problem with branch-and-bound (B&B) technique.Existing models and infrastructures for P2P computing are rather disappointing: only independent worker tasks with in general no communications between tasks, and very low level API. This thesis proposes to define a P2P infrastructure of computational nodes and to provide large-scale Grids. The infrastructure is an unstructured P2P network self-organized and configurable, also allowing deployment of communicant applications.P2P environment seems well adapted t...
International audienceSolving optimally large instances of combinatorial optimisation problems using...
DEA RSDPeer-To-Peer Computing is becoming a key execution environments. The potential of 100,000 of ...
Solving exactly large scale instances of combinatorial optimization problems requires a huge amount ...
This thesis aims at facilitating the deployment of distributed applications on large-scale Grids, us...
This thesis aims at facilitating the deployment of distributed applications on large-scale Grids, us...
Dans le domaine de l'Optimisation Combinatoire, la résolution de manière optimale de problèmes de gr...
Dans le domaine de l'Optimisation Combinatoire, la résolution de manière optimale de problèmes de gr...
DEA RSDPeer-To-Peer Computing is becoming a key execution environments. The potential of 100,000 of ...
In this thesis, we describe and analyze a fully distributed approach for parallel Branch-and-Bound. ...
In this thesis, we describe and analyze a fully distributed approach for parallel Branch-and-Bound. ...
Solving to optimality large instances of combinatorial optimization problems using Branch and Bound ...
International audienceSolving optimally large instances of combinatorial optimisation problems using...
International audienceSolving optimally large instances of combinatorial optimisation problems using...
International audienceSolving optimally large instances of combinatorial optimisation problems using...
This paper presents a Peer-to-Peer (P2P) infrastructure that supports a large scale grid. The P2P in...
International audienceSolving optimally large instances of combinatorial optimisation problems using...
DEA RSDPeer-To-Peer Computing is becoming a key execution environments. The potential of 100,000 of ...
Solving exactly large scale instances of combinatorial optimization problems requires a huge amount ...
This thesis aims at facilitating the deployment of distributed applications on large-scale Grids, us...
This thesis aims at facilitating the deployment of distributed applications on large-scale Grids, us...
Dans le domaine de l'Optimisation Combinatoire, la résolution de manière optimale de problèmes de gr...
Dans le domaine de l'Optimisation Combinatoire, la résolution de manière optimale de problèmes de gr...
DEA RSDPeer-To-Peer Computing is becoming a key execution environments. The potential of 100,000 of ...
In this thesis, we describe and analyze a fully distributed approach for parallel Branch-and-Bound. ...
In this thesis, we describe and analyze a fully distributed approach for parallel Branch-and-Bound. ...
Solving to optimality large instances of combinatorial optimization problems using Branch and Bound ...
International audienceSolving optimally large instances of combinatorial optimisation problems using...
International audienceSolving optimally large instances of combinatorial optimisation problems using...
International audienceSolving optimally large instances of combinatorial optimisation problems using...
This paper presents a Peer-to-Peer (P2P) infrastructure that supports a large scale grid. The P2P in...
International audienceSolving optimally large instances of combinatorial optimisation problems using...
DEA RSDPeer-To-Peer Computing is becoming a key execution environments. The potential of 100,000 of ...
Solving exactly large scale instances of combinatorial optimization problems requires a huge amount ...