Privacy for Low-Power Sensor Node based on Alias in Ubiquitous Network

Dong Myung Kim, ByeongHo Oh, Sang Ho Lee
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Abstract

The sensors in a ubiquitous network are limited because of the low electricity and because they are ultra light, so many studies have revolved around the sensor. This study suggests a way to improve the registration and authorization processes of a sensor node based on an alias for privacy. We introduce RA (relay agent) for the restrict function of sensor node, and improve anonymity for private information of each sensor node by assigning alias from SM (service manager) in procedure of registration and authentication. The private information in each sensor node should be secured during every procedure. In the results of the analysis, safe communication between nodes was guaranteed with the only partial increment of computation power of RA and SM without an increase in the amount of sensor nodes
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泛在网络中基于别名的低功耗传感器节点隐私保护
在无处不在的网络中,传感器受到低功耗和超轻的限制,因此许多研究都围绕着传感器展开。本研究提出了一种基于隐私别名的传感器节点注册和授权流程改进方法。引入RA (relay agent)对传感器节点的约束功能,并通过SM (service manager)在注册和认证过程中分配别名来提高每个传感器节点私有信息的匿名性。在每个过程中都应保护每个传感器节点中的私有信息。分析结果表明,在不增加传感器节点数量的情况下,仅增加了RA和SM的部分计算能力,保证了节点间的安全通信
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