基于ECC和模糊提取器的物联网环境隐私和认证方案

Abderrezzak Sebbah, B. Kadri
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引用次数: 1

摘要

物联网(IoT)是由许多互补的元素组成的,这些元素有自己的特点和能力。这些元素在我们的生活中获得了新的应用和用例。然而,它们打开了安全和隐私问题的负面视野,在部署任何物联网之前必须谨慎处理这些问题。最近,不同的作品出现了,处理同一分支的问题,如Yuwen Chen等人的作品,被称为LightPriAuth。对于各种流行的攻击,如内部攻击和被盗智能卡,LightPriAuth有几个缺点和弱点。本文的目标是提出一种新的解决方案,即“使用ECC和模糊提取器的三因素认证方案”,以确保安全性和隐私性。得到的结果证明了我们方案的性能优于LightPriAuth方案,并且克服了LightPriAuth方案的缺点。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Privacy and Authentication Scheme for IoT Environments Using ECC and Fuzzy Extractor
the internet of things (IoT) is consisting of many complementary elements which have their own specificities and capacities. These elements are gaining new application and use cases in our lives. Nevertheless, they open a negative horizon of security and privacy issues which must be treated delicately before the deployment of any IoT. Recently, different works emerged dealing with the same branch of issues, like the work of Yuwen Chen et al. that is called LightPriAuth. LightPriAuth has several drawbacks and weakness against various popular attacks such as Insider attack and stolen smart card. Our objective in this paper is to propose a novel solution which is “authentication scheme with three factor using ECC and fuzzy extractor” to ensure security and privacy. The obtained results had proven the superiority of our scheme’s performances compared to that of LightPriAuth which, additionally, had defeated the weaknesses left by LightPriAuth.
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