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Applying an agent-based user authentication and access control model for cloud servers

机译:将基于代理的用户身份验证和访问控制模型应用于云服务器

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摘要

Cloud computing is an emerging developed technology and the next natural step in the evolution of on-demand information technology services and products that uses concepts of virtualization, storage, processing power, and sharing. According to various researches, access control and user authentication are the most important security concerns and challenging issues in cloud-based environments. Accordingly, this paper offers an agent-based user authentication and access control algorithm based on discretionary and role-based access control model for increasing the reliability and rate of trust in cloud computing environments. The proposed model uses a cloud-based software-as-a-service application with four main agents and a client-based user authentication application. After describing the proposed model, it has been justified and evaluated for identifying the strengths and weaknesses according to defined parameters: Performance, Security, Compatibility, and Power of Intelligence. Moreover, according to the identified limitations, appropriate details have been recommended and further research has been introduced. In overall, the theoretical analysis of the proposed model shows that designing this user authentication and access control model will increase the reliability and rate of trust in cloud computing environments as an emerging and powerful technology in various industries.
机译:云计算是一项新兴的发达技术,是使用虚拟化,存储,处理能力和共享概念的按需信息技术服务和产品发展的下一步自然步骤。根据各种研究,访问控制和用户身份验证是基于云的环境中最重要的安全问题,也是具有挑战性的问题。因此,本文提供了一种基于代理和基于角色的访问控制模型的基于代理的用户身份验证和访问控制算法,以提高云计算环境中的可靠性和信任度。提出的模型使用具有四个主要代理的基于云的软件即服务应用程序和基于客户端的用户身份验证应用程序。在描述了所提出的模型之后,已经对其进行了合理化和评估,以根据定义的参数(性能,安全性,兼容性和智能能力)确定优缺点。此外,根据确定的局限性,建议了适当的细节,并进行了进一步的研究。总体而言,对该模型的理论分析表明,设计该用户身份验证和访问控制模型将提高云计算环境中作为各种行业中一种新兴且强大的技术所产生的可靠性和信任度。

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