Abstract

Peer-to-Peer architectures are more and more studied by distributed computing community. The complexity of these networks is increased and the acceleration of the distributed applications is not ensured. That's why it is necessary to predict the performances as soon as possible in design and development phases, to bypass bottlenecks and correct program blocks which slow down the execution time. In this context, we propose P2PPerf: a simulation tool whose objective is to predict performances and execution times of a distributed application before its finalization. P2PPerf has been tested on a distributed computing application (Eratosthenes' Sieve) using JNGI: a P2P distributed computing environnement based on the JXTA platform.

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