Comparative analysis of chaotic and non-chaotic image encryption schemes

M. Bin Younas, Jawad Ahmad
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引用次数: 22

Abstract

In modern era, multimedia technologies have been developed significantly. Multimedia data such as audio, video and image transfers over the internet is open and insecure. Security is required for storage and transmission of digital images to avoid from unauthorized entities. A number of encryption schemes have been developed for security of multimedia data over insecure channel. So, there is a real need to compare encryption schemes that which technique is better for multimedia application. This paper presents the estimation for the good image encryption algorithm. Chaos based image encryption algorithm are used now a days because of better security and good performance. Behaviour of chaotic system is nonlinear, deterministic and sensitive to initial condition. A number of parameters, like correlation coefficient, information entropy, compression friendliness, number of pixels change rate, average intensity and unified average change intensity etc., are used to check the quality of cipher-text image. This work is review of two image encryption schemes, namely Compression Friendly Encryption Scheme (CFES) and Chaos Based Encryption Scheme (CBES).
混沌与非混沌图像加密方案的比较分析
在现代,多媒体技术有了很大的发展。多媒体数据,如音频、视频和图像在互联网上传输是开放的和不安全的。数字图像的存储和传输需要安全性,以避免未经授权的实体。为了保证多媒体数据在不安全信道上的安全,人们开发了许多加密方案。因此,有必要对加密方案进行比较,以确定哪种技术更适合多媒体应用。提出了一种好的图像加密算法的估计方法。基于混沌的图像加密算法由于具有较好的安全性和较好的性能,目前得到了广泛的应用。混沌系统的行为具有非线性、确定性和对初始条件的敏感性。使用相关系数、信息熵、压缩友好度、像素个数变化率、平均强度和统一平均变化强度等参数来检验密文图像的质量。本文综述了两种图像加密方案,即压缩友好加密方案(CFES)和基于混沌的加密方案(CBES)。
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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