A Different Technique for Image Encryption


Authors : Ghazala Firdaus Ansari; Dr. Ritesh Kumar Yadavr; Dr. Versha Namdeo

Volume/Issue : Volume 7 - 2022, Issue 4 - April

Google Scholar : https://bit.ly/3IIfn9N

Scribd : https://bit.ly/3ua5D3T

DOI : https://doi.org/10.5281/zenodo.6414582

- Digital images are an important aspect of multimedia communication in today's data transmission environment. As a result, their safety is a major concern. concern. Various chaotic maps, which are employed in this paper, are discussed. The advantages and disadvantages of image encryption are discussed. Are being debated. The characteristics of chaotic maps, such as stochastic, They are ergodic and highly sensitive to beginning settings due to their ergodicity. Image encryption can be trusted. Many of the prior suggestions Low-dimensional chaotic picture encryption algorithms were applied. Maps with the lowest level of protection and a small number of features capacity to withstand statistical and brute-force attacks in order to solve Researchers have come up with a number of highquality solutions to this challenge. three-dimensional fractal mappings An effort has been made in this review study to The purpose of this video is to highlight the characteristics and techniques of Low-dimensional chaotic maps were employed in the procedures, which have the lowest level of security and are less resistant to brute force and statistical attacks. Researchers have devised a number of high-dimensional chaotic maps to overcome this challenge. The purpose of this review study is to highlight the characteristics and methodologies of several chaotic maps used for picture encryption.

Keywords : Chaotic Maps, Performance Metrics, Henon Map, Arnold Cat Map

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