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User Identity based Authentication as a Service (UIDAaaS) for Public Cloud Environment

机译:用于公共云环境的基于用户身份的身份验证即服务(UIDAaaS)

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Objectives: In today's Technological World, Information Security is an essential aspect for the internet applications. Cloud computing is an increasing current class of services for any type of users of the internet. Authentication is a major security problem in the cloud system and internet. This paper proposes an Authentication Password Generation (APG) algorithm, Authentication Key Generation (AKG) and Authentication Verification Algorithm (Auth_V) for security in the cloud system. Methods/Statistical Analysis: Authentication is more important among other security parameters such as integrity, confidentiality and privacy. Authentication mechanism includes different cryptography techniques that can be used for securing the data in cloud systems. These proposed three algorithms are used in the authentication process of cloud environment. It executes the ASCII code of each value in the original data. Findings: Proposed APG, AKG and Auth_V authentication algorithms are implemented in .NET and deployed on the windows azures platform of cloud environment. These proposed authentication algorithms easily fit into any type of service in the cloud system. APG is used to create a password which generates the alphabets along the special characters. Application/Improvements: Security is more important in the cloud computing. The proposed APG, AKG and Auth_V algorithms have provided better authentication mechanism to the cloud user. These techniques are suitable for education, healthcare and agriculture based applications to securely access the data in a cloud computing environment.
机译:目标:在当今的技术世界中,信息安全是Internet应用程序的重要方面。对于任何类型的互联网用户来说,云计算都是当前不断增长的服务类别。身份验证是云系统和Internet中的主要安全问题。本文提出了一种用于云系统安全性的身份验证密码生成(APG)算法,身份验证密钥生成(AKG)和身份验证验证算法(Auth_V)。方法/统计分析:身份验证在其他安全性参数(例如完整性,机密性和隐私性)中更为重要。身份验证机制包括可用于保护云系统中数据安全的不同加密技术。提出的这三种算法被用于云环境的认证过程中。它执行原始数据中每个值的ASCII码。结果:建议的APG,AKG和Auth_V身份验证算法在.NET中实现,并部署在云环境的Windows azures平台上。这些建议的身份验证算法很容易适合云系统中的任何类型的服务。 APG用于创建密码,该密码会生成带有特殊字符的字母。应用程序/改进:安全性在云计算中更为重要。提出的APG,AKG和Auth_V算法为云用户提供了更好的身份验证机制。这些技术适用于基于教育,医疗保健和农业的应用程序,以在云计算环境中安全地访问数据。

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