Unifying Models of Churn and Resilience for Unstructured P2P Graphs
IEEE Transactions on Parallel and Distributed Systems
Previous analytical results on the resilience of unstructured P2P systems have not explicitly modeled heterogeneity of user churn (i.e, difference in online behavior) or the impact of in-degree on system resilience. To overcome these limitations, we introduce a unifying model of heterogeneous user churn and derive the distribution of the various metrics observed in prior experimental studies. We also show that the arrival process of in-edges to each user converges to Poisson when system size tends to infinity, model transient behavior of in-degree, and apply these results to obtain the joint in/out-degree isolation probability.
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Institute of Electrical and Electronics Engineers
Yao, Zhongmei; Cline, Daren B. H.; Wang, Xiaoming; and Loguinov, Dmitri, "Unifying Models of Churn and Resilience for Unstructured P2P Graphs" (2014). Computer Science Faculty Publications. 165.