Secure Sharing of Spatio-Temporal Data through Name-based Access Control

Laqin Fan, Lan Wang
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Abstract

As more and more mobile data is collected continuously in space and time for a variety of purposes such as health monitoring and driving behavior tracking, people are increasingly concerned about their privacy when sharing their data. To minimize privacy leakage, data owners often want to restrict the access to their data based on space and time constraints while meeting each data user’s specific needs. In this paper, we introduce an access control system over Named Data Networking (NDN) that allows data owners to schematize and control data access at a fine granularity with respect to time, space, and user needs. More specifically, we designed spatio-temporal access control policies using hierarchically structured names, extended Name-based Access Control to support spatio-temporal policies, and incorporated publish-subscribe functionality for real-time data sharing. Moreover, we developed an NDN-based prototype based on our design and evaluated its performance in sharing both real-time and historical data.
基于名称访问控制的时空数据安全共享
随着越来越多的移动数据在空间和时间上被持续收集,用于健康监测、驾驶行为跟踪等各种目的,人们在共享数据时越来越关注自己的隐私。为了最大限度地减少隐私泄露,数据所有者通常希望根据空间和时间限制限制对其数据的访问,同时满足每个数据用户的特定需求。在本文中,我们介绍了一种基于命名数据网络(NDN)的访问控制系统,该系统允许数据所有者根据时间、空间和用户需求在精细粒度上对数据访问进行规划和控制。更具体地说,我们使用分层结构的名称设计了时空访问控制策略,扩展了基于名称的访问控制以支持时空策略,并合并了发布-订阅功能以实现实时数据共享。此外,我们根据我们的设计开发了一个基于ndn的原型,并评估了其在共享实时和历史数据方面的性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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