A New Encryption Approach For Color Image Using 3D Fractional Order Chaotic System

Ismail Haddad, A. Belmeguenai, Djamel Herbadji, S. Boumerdassi
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Abstract

With the fast evolution of communication networks, it has become essential to protect images while they are being transmitted over these networks.This work introduces a method for image encryption utilizing a fractional chaotic system. Firstly, we divide the image into R, B and G layers. Then we convert each layer into a vector, then we change the pixels of each vector by using a set of indices provided by the fractional chaotic system, also we shift the pixels of vectors by using steps number. Next, we employ a procedure called XOR to get the ciphered image. The excellent performance of the suggested algorithm was demonstrated by a range of analyses, such as histogram analysis, correlation test and sensitivity analysis. also, it can withstand a variety of conventional attacks
基于三维分数阶混沌系统的彩色图像加密新方法
随着通信网络的快速发展,在网络上传输图像时对其进行保护变得至关重要。本文介绍了一种利用分数阶混沌系统进行图像加密的方法。首先,我们将图像分为R层、B层和G层。然后将每一层转换成一个向量,然后利用分数阶混沌系统提供的一组指标来改变每个向量的像素,并利用步长来移动向量的像素。接下来,我们使用一个称为异或的过程来获取加密后的图像。通过直方图分析、相关检验和灵敏度分析等一系列分析,证明了该算法的优异性能。此外,它还能抵御各种常规攻击
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