Nowadays, security in data transfer is of special importance. Images are of the most
attractive kinds of data in the encryption domain. Color images are more attractive than the …

Quantum image processing (QIMP) is devoted to utilizing the quantum computing
technologies to capture, manipulate, and recover quantum images in different formats and …

An image encryption scheme based on a four-wing hyperchaotic system combined with
compressed sensing and DNA coding is proposed. The scheme uses compressed sensing …

Recently, a number of chaos-based image encryption algorithms have been proposed at the
pixel level, but little research at the bit level has been conducted. This paper presents a …

Image encryption has been an attractive research field in recent years. The chaos-based
cryptographic algorithms have suggested some new and efficient ways to develop secure …

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

There are two shortcomings existing in the current color image encryption. One is that high
correlation between R, G, B components of the original image may be neglected, the other is …

Chaos-based encryption schemes have attracted many researchers around the world in the
digital image security domain. Digital images can be secured using existing chaotic maps …

As an interdisciplinary between quantum computing and image processing, quantum image
processing provides more possibilities for image processing due to the powerful parallel …

This study proposes a quantum logistic image encryption algorithm based on the Rivest–
Shamir–Adleman (RSA) and secure hash (SHA-3) algorithms. First, the asymmetric …