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Secure DNA and Morse code based Profile access control models for Cloud Computing Environment

机译:基于Secure DNA和摩尔斯码代码的云计算环境的配置文件访问控制模型

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Cloud computing is an emerging field in the Information Technology sector which allows users to access resources from cloud servers irrespective of its geographical location. It utilizes the concept of virtualization, service-oriented architecture and parallel computing. It is an on-demand service which is cost-effective, resilient, efficient, and explandable. Since data is generating in big numbers from various fields of life, we require a more innovative way to manage and secure that data. With the growing social platforms, managing Big Data calls for the need for cloud computing. Nowadays access control and security are recent major research problem in cloud computing. Access control is a paradigm by which a specific consumer access resources from cloud server. This paper proposes a novel access control methodology to cope up with the above issues. The model is based on an integrated DNA morse code pattern that provides data security against collision, man-in-the-middle, and internal attacks. It also compares the proposed model with existing approaches.
机译:云计算是信息技术领域的新兴领域,其允许用户无论其地理位置如何访问来自云服务器的资源。它利用虚拟化,面向服务的架构和并行计算的概念。它是一项按需服务,具有成本效益,有弹性,高效和解放。由于数据从各种生活领域的大数字生成,因此我们需要更具创新的方式来管理和保护该数据。随着越来越多的社交平台,管理大数据要求需要云计算。如今,访问控制和安全是云计算近期的主要研究问题。访问控制是一种范例,通过云服务器的特定消费者访问资源。本文提出了一种新的访问控制方法,以应对上述问题。该模型基于集成的DNA摩尔斯码模式,提供针对碰撞,中间人和内部攻击的数据安全性。它还将所提出的模型与现有方法进行比较。

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