Publication | Closed Access
SPFM: Scalable and Privacy-Preserving Friend Matching in Mobile Cloud
25
Citations
18
References
2016
Year
EngineeringInformation SecurityScalable Friend MatchingPseudonymizationData ScienceContact ListData AnonymizationSocial Network SecurityPrivacy-preserving CommunicationData ManagementSocial Network AnalysisMobile Social NetworkData PrivacyPrivate Information RetrievalMobile ComputingComputer SciencePrivacyData SecurityPrivacy-preserving Friend MatchingCryptographyEdge ComputingFriend MatchingSocial ComputingCloud ComputingBusiness
Profile (e.g., contact list, interest, and mobility) matching is more than important for fostering the wide use of mobile social networks. The social networks such as Facebook, Line, or WeChat recommend the friends for the users based on users personal data such as common contact list or mobility traces. However, outsourcing users' personal information to the cloud for friend matching will raise a serious privacy concern due to the potential risk of data abusing. In this paper, we propose a novel scalable and privacy-preserving friend matching (SPFM) protocol, which aims to provide a scalable friend matching and recommendation solutions without revealing the users personal data to the cloud. Different from the previous works which involves multiple rounds of protocols, SPFM presents a scalable solution which can prevent honest-but-curious mobile cloud from obtaining the original data and support the friend matching of multiple users simultaneously. We give detailed feasibility and security analysis on SPFM and its accuracy and security have been well demonstrated via extensive simulations. The result show that our scheme works even better when original data is large.
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