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Classical cloud storage based on external data providers has been recognizedto suffer from a number of drawbacks. This is due to its inherent centralizedarchitecture which makes it vulnerable to external attacks, malware, technicalfailures, as well to the large premium charged for business purposes. In thispaper, we propose an alternative distributed peer-to-peer cloud storage modelwhich is based on the observation that the users themselves often haveavailable storage capabilities to be offered in principle to other users. Ourset-up is that of a network of users connected through a graph, each of thembeing at the same time a source of data to be stored externally and a possiblestorage resource. We cast the peer-to-peer storage model to a Potential Gameand we propose an original decentralized algorithm which makes units interact,cooperate, and store a complete back up of their data on their connectedneighbors. We present theoretical results on the algorithm as well a goodnumber of simulations which validate our approach.

A game theoretic approach to a peer-to-peer cloud storage model