International audienceThis paper evaluates the performance of two schemes for recovering lost data in a peer-to-peer (P2P) storage systems. The first scheme is centralized and relies on a server that recovers multiple losses at once, whereas the second one is distributed. By representing the state of each scheme by an absorbing Markov chain, we are able to compute their performance in terms of the delivered data lifetime and data availability. Numerical computations are provided to better illustrate the impact of each system parameter on the performance. Depending on the context considered, we provide guidelines on how to tune the system parameters in order to provide a desired data lifetime
Abstract—We propose a distributed data replenishment mechanism for some distributed peer-to-peer bas...
Peer-to-peer networks are highly distributed and unreliable networks. Peers log in and off the netwo...
Data availability evaluation is the crucial problem to build large-scale, high available peer-to-pee...
International audienceThis paper studies the performance of Peer-to-Peer Storage Systems (P2PSS) in ...
International audienceThis paper evaluates the performance of two schemes for recovering lost data i...
International audienceThis paper studies the performance of Peer-to-Peer Storage Systems (P2PSS) in ...
This report evaluates and compares the performance of two schemes for recovering lost data in a peer...
This thesis characterizes the performance of peer-to-peer storage systems in terms of the delivered ...
This thesis characterizes the performance of peer-to-peer storage systems in terms of the delivered ...
Peer-to-peer systems are foreseen as an efficient solution to achieve reliable data storage at low c...
International audienceThe peer-to-peer (P2P) paradigm have emerged as a cheap, scalable, self-repair...
This paper presents a new scheme based on the dynamical characteristics of P2P systems. First, the d...
10.1016/j.bjp.2013.12.005Peer-to-peer (P2P) storage systems aggregate spare storage resources from e...
Abstract. Peer-to-peer systems are foreseen as an efficient solution to achieve reliable data storag...
Peer-to-Peer (P2P) has been one of the most important architectures for Internet applications for it...
Abstract—We propose a distributed data replenishment mechanism for some distributed peer-to-peer bas...
Peer-to-peer networks are highly distributed and unreliable networks. Peers log in and off the netwo...
Data availability evaluation is the crucial problem to build large-scale, high available peer-to-pee...
International audienceThis paper studies the performance of Peer-to-Peer Storage Systems (P2PSS) in ...
International audienceThis paper evaluates the performance of two schemes for recovering lost data i...
International audienceThis paper studies the performance of Peer-to-Peer Storage Systems (P2PSS) in ...
This report evaluates and compares the performance of two schemes for recovering lost data in a peer...
This thesis characterizes the performance of peer-to-peer storage systems in terms of the delivered ...
This thesis characterizes the performance of peer-to-peer storage systems in terms of the delivered ...
Peer-to-peer systems are foreseen as an efficient solution to achieve reliable data storage at low c...
International audienceThe peer-to-peer (P2P) paradigm have emerged as a cheap, scalable, self-repair...
This paper presents a new scheme based on the dynamical characteristics of P2P systems. First, the d...
10.1016/j.bjp.2013.12.005Peer-to-peer (P2P) storage systems aggregate spare storage resources from e...
Abstract. Peer-to-peer systems are foreseen as an efficient solution to achieve reliable data storag...
Peer-to-Peer (P2P) has been one of the most important architectures for Internet applications for it...
Abstract—We propose a distributed data replenishment mechanism for some distributed peer-to-peer bas...
Peer-to-peer networks are highly distributed and unreliable networks. Peers log in and off the netwo...
Data availability evaluation is the crucial problem to build large-scale, high available peer-to-pee...