Cloud authentication based on encryption of digital image using edge detection

A. Yassin, A. Hussain, Keyan Abdul-Aziz Mutlaq
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引用次数: 16

Abstract

The security of cloud computing is the most important concerns that may delay its well-known adoption. Authentication is the central part of cloud security, targeting to gain valid users for accessing to stored data in cloud computing. There are several authentication schemes that based on username/password, but they are considered weak methods of cloud authentication. In the other side, image's digitization becomes highly vulnerable to malicious attacks over cloud computing. Our proposed scheme focuses on two-factor authentication that used image partial encryption to overcome above aforementioned issues and drawbacks of authentication schemes. Additionally, we use a fast partial image encryption scheme using Canny's edge detection with symmetric encryption is done as a second factor. In this scheme, the edge pixels of image are encrypted using the stream cipher as it holds most of the image's data and then we applied this way to authenticate valid users. The results of security analysis and experimental results view that our work supports a good balance between security and performance for image encryption in cloud computing environment.
基于边缘检测的数字图像加密云认证
云计算的安全性是最重要的问题,可能会推迟其众所周知的采用。身份验证是云安全的核心部分,旨在获得访问云计算中存储数据的有效用户。有几种基于用户名/密码的身份验证方案,但它们被认为是云身份验证的弱方法。另一方面,通过云计算,图像数字化极易受到恶意攻击。我们提出的方案侧重于使用图像部分加密的双因素身份验证,以克服上述认证方案的问题和缺点。此外,我们使用了一种快速的局部图像加密方案,使用Canny的边缘检测和对称加密作为第二个因素。在该方案中,图像的边缘像素使用流密码进行加密,因为它包含了图像的大部分数据,然后我们应用这种方式来验证有效用户。安全性分析结果和实验结果表明,我们的工作支持云计算环境下图像加密的安全性和性能之间的良好平衡。
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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