Abstract
P2P social overlay networks provide large-scale data-sharing over Internet. The government action or natural calamities can cause social network partitions (SNP) between different geographical areas. The single attribute based routing inside Chord networks over such SNPs becomes ineffective. Thus, we propose a social interest overlay (SIO) network built over the Chord network architecture, which uses modified multi-dimensional routing (mMDR) algorithm. The weight-function of multiple-dimensions, i.e., geographical-location, social-interest and time-zones, is computed in order to obtain best paths inside SNPs. Resultant topological and routing communication probabilities prove that the mMDR algorithm applied for the proposed SIO network, greatly improves communication inside SNPs.
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