Chaos-based cryptology has become one of the most common design techniques to design
new encryption algorithms in the last two decades. However, many proposals have been …

Recently, many image encryption schemes have been developed using Latin squares.
When encrypting a color image, these algorithms treat the color image as three greyscale …

Recently, a number of chaos-based image encryption algorithms that use low-dimensional
chaotic map and permutation-diffusion architecture have been proposed. However, low …

In this paper, an efficient visually meaningful image compression and encryption (VMICE)
scheme is proposed by combining compressive sensing (CS) and Least Significant Bit (LSB) …

In the paper, a novel image encryption algorithm based on DNA sequence operations and
chaotic systems is proposed. The encryption architecture of permutation and diffusion is …

Modern-day's digital world witnesses large-scale transmissions of various media forms
(including images) in resource-constrained environments. The sensitive nature of …

Medical image encryption may help protect medical privacy. In this paper, we propose a new
medical image encryption scheme combined Latin square and chaotic system. The …

Nowadays, the images are transferred through open channels that are subject to potential
attacks, so the exchange of image data requires additional security in many fields, such as …

In the traditional image encryption systems, the permutation-diffusion operation is often
conducted in two essentially separable or independent steps, which appears not only to be …

The new image encryption architecture presented in this paper employs a novel circular
inter–intra pixels bit-level permutation strategy. This strategy aims to reduce redundancies …