基于p-destination的移动社交网络位置隐私保护:博弈论分析

Bidi Ying, A. Nayak
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引用次数: 9

摘要

k-匿名(K-anonymity)和l-多样性(l-diversity)是在处理个人信息进行数据分析时控制隐私丢失程度的方法,被广泛讨论。用户的隐私可以很容易地通过跟踪其过去/未来的位置泄露。在本文中,我们提出了一种位置隐私保护(LPP)方法,该方法使受信任的第三方能够基于移动社交网络中的p-destination聚合位置感知请求。我们的LPP可以防止攻击者将用户的身份、位置和查询内容关联起来。我们还提出了一个捉迷藏博弈论模型,用于制定理性可信第三方应对理性攻击者的防御策略。详细分析了如何选择收益最大化的策略,并给出了仿真结果,证明了我们提出的方法保护了用户隐私。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Location privacy-protection based on p-destination in mobile social networks: A game theory analysis
k-anonymity and l-diversity are widely discussed means of controlling the degree of privacy loss when personal information is processed for data analytics. User privacy can easily be disclosed by tracking its past/future locations. In this paper, we propose a Location Privacy Protection (LPP) method which enables a trusted third party to aggregate location-aware requests based on p-destination in mobile social networks. Our LPP can prevent an attacker from associating users' identities, locations and query contents. We also propose a hide-and-seek game-theoretic model for developing defense strategies for the rational trusted third party in dealing with a rational attacker. Detailed analysis is provided for choosing strategies that maximize payoffs, and simulation results are provided to demonstrate that our proposed method protects user privacy.
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