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A dynamic context aware role based access control secure user authentication algorithm for wireless networks

机译:一种基于动态上下文感知角色的无线网络访问控制安全用户认证算法

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摘要

Wireless communication has been deployed for the applications of Wireless networks. In wireless networks a dynamic context aware role based access control model can be used to improve the quality of any system and it can become a prominent technology for various systems. Therefore, the context data collected from various sources as in [7] this paper proposes a dynamic context aware authentication algorithm to incorporate the requirements for the security. In this algorithm the mutual authentication and the session key management, apart from the security features required are used. The proposed algorithm will be well suited in applications where dynamic context aware role based access control is required. In proposed algorithm the mutual authentication and session key information is specifically stored as a hashed function and using this set of data the Neural Network is trained. So that there is no need for this to be stored in tables. Thus, reducing the risk of being accessed. Therefore, a combination of authentication and access control will be a good tool for detecting unauthorized access to the infrastructure.
机译:无线通信已经被部署用于无线网络的应用。在无线网络中,可以使用基于动态上下文感知角色的访问控制模型来提高任何系统的质量,并且它可以成为各种系统的重要技术。因此,如本文[7]中从各种来源收集的上下文数据,提出了一种动态的上下文感知认证算法,以纳入对安全性的要求。在该算法中,除了需要的安全功能之外,还使用了相互认证和会话密钥管理。所提出的算法将非常适合需要动态上下文感知基于角色的访问控制的应用。在提出的算法中,相互身份验证和会话密钥信息专门存储为散列函数,并使用此数据集对神经网络进行训练。这样就无需将其存储在表中。因此,降低了被访问的风险。因此,身份验证和访问控制的结合将是检测未经授权访问基础结构的好工具。

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