JointCache: Collaborative path confusion through lightweight P2P communication

Kai Dong, Tao Gu, Xianping Tao, Jian Lu
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引用次数: 3

Abstract

The emerging location based services have brought forth a privacy risk where users expose their location information. Most of the existing solutions preserve location privacy relying on a trusted anonymizer, which may not exist in real situation. Several peer-to-peer approaches are proposed, but these techniques require large-scale data storage and communication, and they cannot provide up-to-date context information to users. To address this issue, we propose a novel method JointCache to preserve location privacy by confusing nearby users' paths. Using this technique, users do not need to buffer context information of a large area and they only need to transfer little information to each other for cooperation. We use simulation to compare JointCache with the traditional path confusion, the results show that our technique solves the same place same time problem, and achieves higher anonymity even in a low user density situation.
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JointCache:通过轻量级P2P通信的协作路径混淆
新兴的基于位置的服务带来了隐私风险,用户暴露了他们的位置信息。大多数现有的解决方案依靠可信的匿名器来保护位置隐私,这在实际情况中可能不存在。提出了几种点对点方法,但这些技术需要大规模的数据存储和通信,并且不能向用户提供最新的上下文信息。为了解决这个问题,我们提出了一种新的方法JointCache,通过混淆附近用户的路径来保护位置隐私。使用该技术,用户不需要缓冲大面积的上下文信息,只需相互传递少量信息即可进行协作。通过仿真比较了JointCache和传统的路径混淆算法,结果表明,JointCache解决了同一地点同一时间的问题,即使在低用户密度的情况下也能实现较高的匿名性。
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