Anonymization of centralized and distributed social networks by sequential clustering

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This document summarizes an algorithm for anonymizing centralized and distributed social networks through sequential clustering. It presents two variants of an anonymization algorithm that significantly outperform the leading SaNGreeA algorithm. The algorithms are then adapted into secure distributed versions to anonymize networks where data is split between multiple data holders, preserving privacy without revealing links between nodes controlled by other data holders. This is presented as the first study of privacy preservation in distributed social networks.

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ANONYMIZATION OF CENTRALIZED AND DISTRIBUTED SOCIAL
NETWORKS BY SEQUENTIAL CLUSTERING

ABSTRACT:

We study the problem of privacy-preservation in social networks. We consider the distributed
setting in which the network data is split between several data holders. The goal is to arrive at an
anonymized view of the unified network without revealing to any of the data holders information
about links between nodes that are controlled by other data holders. To that end, we start with the
centralized setting and offer two variants of an anonymization algorithm which is based on
sequential clustering (Sq).

Our algorithms significantly outperform the SaNGreeA algorithm due to Campan and Truta
which is the leading algorithm for achieving anonymity in networks by means of clustering. We
then devise secure distributed versions of our algorithms. To the best of our knowledge, this is
the first study of privacy preservation in distributed social networks. We conclude by outlining
future research proposals in that direction.

This document discusses anonymizing social networks that are centralized and distributed. It presents two variants of an anonymization algorithm called sequential clustering (Sq) that can anonymize a centralized social network without revealing links between nodes controlled by different data holders. The algorithms significantly outperform the leading SaNGreeA algorithm. Secure distributed versions of the algorithms are also developed to anonymize distributed social networks. This is presented as the first study into privacy preservation for distributed social networks.

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