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User Authentication Based on Trusted Computing and CPK for Mobile Terminal in HWN

机译:基于HWN的可信计算和CPK的用户认证

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摘要

In this paper, the security of user domain including mobile terminal (MT) and user in heterogeneous wireless networks (HWN) are paid more attention. We introduce the Trusted Platform Module (TPM) to ensure the terminal trustworthiness, while password, fingerprint and smartcard guarantee user’s identity. MT, user, and smartcard have been regarded as three separated entities, as well as the user including the owner and operator of MT have been distinguished. With the combination of TPM and CPK, the proposed scheme can implement TPM off-line identity attestation. A mutual authentication scheme among user/smartcard/MT is proposed to improve the security of the user domain and provide enhanced end-to-end security for MT to resist potential attacks from MT to user and resist possible attacks in HWN. The security and performance analyses show security, computation overhead and efficiency of this proposed scheme are enhanced.
机译:在本文中,在异构无线网络(HWN)中包括移动终端(MT)和用户的用户域(HWN)的安全性得到更多关注。我们介绍了可信平台模块(TPM),以确保终端可信度,而密码,指纹和智能卡保证用户的身份。 MT,User和SmartCard被视为三个分离实体,以及包括MT的所有者和运营商在内的用户已经区分。随着TPM和CPK的组合,所提出的方案可以实现TPM离线身份证明。提出了用户/智能卡/ MT之间的相互认证方案来改善用户域的安全性,并为MT提供增强的端到端安全性,以抵御MT到用户的潜在攻击,并抵抗HWN中可能的攻击。安全性和性能分析显示了这种提出方案的安全性,计算开销和效率。

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