面向区域网络的主动分布式认证框架

Ruidong Li, M. Ohnishi, Y. Owada, H. Harai
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引用次数: 1

摘要

我们正在为新一代网络(NWGN)设计一个区域网络,这是未来的网络愿景。区域网络需要强大的安全防护,才能抵御各种攻击,如模拟攻击、重放攻击、非法修改等。为了阻止这些攻击,我们确定了设计要求,然后提出了一个主动和分布式身份验证框架(PDAF),其中引入了一个称为区域网络密钥服务器(RNKS)的新实体,用于在该网络中生成ID/密钥。通过提出的PDAF,可以实现终端设备的自动可信注册、分布式接入认证、切换认证和相互认证,同时可以在不涉及可信第三方(TTPs)的情况下实现网络设备的可信信息发布和传输。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
PDAF: Proactive Distributed Authentication Framework for Regional Network
We are designing a regional network for New Generation Network (NWGN), which is a future network vision. Regional network needs strong security protections to enable it to be robust under various attacks, such as impersonation attack, replay attack, and illegal modification. To disable these attacks, we identify the design requirements and then propose a proactive and distributed authentication framework (PDAF), where a novel entity called regional network key server (RNKS) is introduced for ID/key generation in this network. By the proposed PDAF, the automatic trustworthy registration, distributed access authentication, handover authentication and mutual authentication can be achieved by end devices, and meanwhile trustworthy information dissemination and transmission can be realized for networking devices without involving trust third parties (TTPs).
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