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A robust ticket-based mutual authentication scheme for data security in cloud computing

机译:用于云计算中数据安全性的基于票证的健壮双向身份验证方案

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In cloud computing environment, storage, scheduling and processing of critical resources and data are under the complete control of third party service provider and are accessible through insecure public communication channel called Internet. Mutual authentication and access control are key requirements in cloud computing. In this context, many researchers have proposed cryptographic schemes, which provides mutual authentication among third party cloud server and remote cloud user with varied efficiency. In 2011, Hao et al have suggested a time-constrained ticket-oriented common confirmation or authentication system and hold that their system is safe. In 2013, Pippal et al claimed that Hao et al system is susceptible to DoS barrage and suggested an upgraded system. In this manuscript, we will illustrate that Pippal et al system is still defenseless to all key cryptographic attacks. As a part of our contribution, we put forward an enriched mutual validation system, which is secure and resistant to all major cryptographic attacks.
机译:在云计算环境中,关键资源和数据的存储,调度和处理在第三方服务提供商的完全控制下,并且可以通过称为Internet的不安全公共通信渠道进行访问。相互身份验证和访问控制是云计算中的关键要求。在这种情况下,许多研究人员提出了一种加密方案,该方案可以以不同的效率在第三方云服务器和远程云用户之间提供相互认证。在2011年,Hao等人提出了一种受时间限制的面向票务的通用确认或身份验证系统,并认为其系统是安全的。 2013年,Pippal等人声称Hao等人的系统容易受到DoS攻击,并建议对其进行升级。在本手稿中,我们将说明Pippal等人的系统仍然无法防御所有关键的密码攻击。作为我们贡献的一部分,我们提出了一个丰富的相互验证系统,该系统安全并且可以抵抗所有主要的密码攻击。

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