Robust Encryption System Based Watermarking Theory by Using Chaotic Algorithms: A Reviewer Paper

Abstract

In the previous decade, the mixing between chaotic supposition and cryptography frames considers a significant field of data security. Chaos-based image encryption is given a lot of attention in the exploration of data security moreover a great deal of picture encrypting calculations have been proposed concerning chaotic maps. Because of some inveterate highlights of media like information limit and high information excess, the encryption of images not quite the same as that of texts; accordingly it is hard to deal with them by conventional encryption strategies. This paper presents a short review of robust digital watermarking systems that used chaotic algorithms such as Logistic, Tent, Baker, Hyper, Fibonacci, and Arnold maps for encryption of the data presented in several years.

A Deep Dive into Chaos-Based Image Encryption - Reviewing, Implementing, and Addressing Challenges

“…Turbulent way of behaving, in this specific circumstance, alludes to a framework that is profoundly delicate to starting circumstances, shows aperiodic and flighty directions, and displays a specific level of haphazardness. Tumultuous guides have tracked down applications in different logical and designing fields, including cryptography, picture handling, and arbitrary number age [13]. Table (1) shows chaotic maps.…”