An Algorithm for JPEG Compressing with Chaotic Encrypting

Huang Yuanshi, Xu Rongeong, Li Weiqiang
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引用次数: 1

Abstract

In the paper, we bring forward an image encryption algorithm during the process of JPEG compression. According to the chaotic theory of dynamic systems and modern cryptography, we solved the following technique. First, how to generate chaotic sequence having good randomness according to the characteristic that logistic chaotic systems are extremely sensitive to the initial condition? Secondly, how to create a series of one-way hash being as block-key from the chaotic sequences? Thirdly, during the process of JPEG compression coding, how to implement the image compression and encryption by using the block cipher? In the analysis of the algorithm, we discuss the randomness of the chaotic sequence in detail. We also analyze the security and anti-collision of the chaotic hash sequence by several variant methods. The results indicate that our algorithm completely satisfied the security requirement in the sense of cryptography
一种基于混沌加密的JPEG压缩算法
本文提出了一种JPEG压缩过程中的图像加密算法。根据动态系统的混沌理论和现代密码学,我们解决了以下技术。首先,如何根据logistic混沌系统对初始条件极其敏感的特点,生成具有良好随机性的混沌序列?其次,如何从混沌序列中创建一系列单向哈希作为块键?第三,在JPEG压缩编码过程中,如何利用分组密码实现图像的压缩和加密?在算法分析中,详细讨论了混沌序列的随机性。我们还用几种不同的方法分析了混沌哈希序列的安全性和抗碰撞性。结果表明,该算法完全满足了密码学意义上的安全要求
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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