A Novel Trust Community Based on Direct Certifying for Pervasive Computing Systems

Zhiyu Peng, Shanping Li, Xin Lin
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引用次数: 2

Abstract

In the vision of pervasive computing, there are a great diversity of services in the environment and a great deal of nomadic users walking through them. The traditional proof-making mechanisms of access control are no longer appropriate for the new context, in which people expect to access information in a more flexible and non-intrusive way. Instead of asking people for the certificates, this paper advocates a direct certifying mechanism, in which delegation relationships are directly verified by asking the delegator. By dynamically discovering potential credential chains a trust community is maintained. Existed credential chain discovery methods are not scalable enough for that they either need collecting all credentials in the system or need referring to all the potential users. In our approach, each user keeps a trust list to reduce the fan-out of searching steps. The simulation shows that the performance is greatly improved.
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基于直接认证的普适计算系统信任社区
在普适计算的远景中,环境中有各种各样的服务,并且有大量的游移用户在其间穿行。传统的访问控制证明机制不再适合新的环境,人们期望以更灵活和非侵入性的方式访问信息。本文提出了一种直接认证机制,即通过询问委托方直接验证委托关系,而不是要求人们提供证书。通过动态发现潜在的凭证链,可以维护信任社区。现有的凭据链发现方法的可扩展性不够,它们要么需要收集系统中的所有凭据,要么需要引用所有潜在用户。在我们的方法中,每个用户都保留一个信任列表,以减少扇形搜索步骤。仿真结果表明,该方法大大提高了系统的性能。
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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