Chaos‐based encryption algorithms offer many advantages over conventional cryptographic
algorithms, such as speed, high security, affordable overheads for computation, and …

Chaos-based encryption has shown an increasingly important and dominant role in modern
multimedia cryptography compared with traditional algorithms. This work proposes novel …

This paper presents a new image encryption algorithm based on 3D chaotic system and
deoxyribonucleic acid (DNA) coding. It uses two keys, an external one of 128 bits long and …

Image encryption converts a meaningful image into some random arrangement of pixel
intensities. That means, the intelligible property of an image is destroyed. Taking into …

Image encryption is a mainstream aspect in multimedia applications and as such it is a
highly active research domain. Based on the increasing need for reliable image encryption …

The function of the biological nervous system is related to its dynamics. This paper explored
the dynamics effects of bias current composed on inertial neural system based with two …

The rapid development of artificial intelligence gave motivations to researchers to apply it in
information security, biometrics, and medical image encryption. This paper presents an …

Chaotic systems have been proved to be useful and effective for cryptography. Through this
work, a new Feistel cipher depend upon chaos systems and Feistel network structure with …

With fast evolution of wireless telecommunication networks, all types of multimedia data may
be accessed easily like digital images, texts, audio and video data. Therefore, encryption …

Studies have shown that among the systems showing a chaotic behaviour, 3-D continuous
time chaotic systems contain in abundance chaotic structures and complex dynamical …