A Study of Pairing-Free Identity-Based Mutual Authenticated Protocol for Cloud Computing

Vinod Kumar, Musheer Ahmad, Adesh Kumari, Pankaj Kumar
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引用次数: 3

Abstract

Many companies start to provide various kinds of cloud computing services for internet users at the same time these services also bring several security issues. Currently the greater part of cloud computing systems provides digital identity for users to get access to their services. Presently, most of the cloud computing system use asymmetric and conventional public key cryptography to give mutual authentication data security. Pairing-free identity based cryptography has some pull characteristics that give the impression to fit find the requirements of cloud computing. The proposed protocol accomplishes in three phases such as initialization phase, registration phase and mutual authentication and session key agreement phase. Detailed security analyses have been made to authenticate cloud server and user. Further, the paper has resistance to possible attacks in cloud computing.
基于无配对身份的云计算相互认证协议研究
许多公司开始为互联网用户提供各种云计算服务,同时这些服务也带来了一些安全问题。目前,大部分云计算系统为用户提供数字身份,以便访问其服务。目前,大多数云计算系统都采用非对称和常规的公钥加密来保证相互认证数据的安全性。基于无配对身份的密码学具有一些拉特性,给人的印象是适合云计算的需求。该协议分初始化阶段、注册阶段、相互认证和会话密钥协商阶段三个阶段完成。对云服务器和用户进行了详细的安全性分析。此外,该论文还具有抗云计算中可能出现的攻击的能力。
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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