Images serve as a valuable information carrier for their properties of visualization and
holding a large amount of messages. This paper presents a novel chaos-based encryption …

Recently, a bit-level image encryption algorithm based on chaotic maps (BCIEA) has been
presented. BCIEA consists of diffusion and confusion, and its security performance mainly …

Recently, chaotic maps have been considered to design pseudorandom number generator
(PRNG). However, some chaotic maps present security disadvantages, such as low …

The quality of encryption is dependent on the complexity of the confusion-diffusion pattern
and the quality of the keystream employed. To enhance complexity and randomness, this …

A new RGB color image encryption algorithm is presented in this paper. The hyperchaotic
two-dimensional logistic-sine-coupling map (2D-LSCM), which was previously suggested in …

Confusion and diffusion are two main concepts in cryptography that affect the quality of
encryption and resistance to various attacks. Both of these concepts are influenced by the …

In this study, a novel, more stable, secure, and reliable image encryption model has been
introduced. It combines a Convolutional Neural Network (ConvNet/CNN) model with an …

IoT-enabled devices can collect information and act based on instructions over the Internet;
they can sometimes communicate device to device. The IoT devices are mainly sensors that …

The proposed work combines existing one-dimensional chaos maps to create a new two-
dimensional logistic cascade map (2D LCM) to produce better chaotic behavior. The system …

Since a large number of digital images are shared widely in our daily life, the demand and
need for multiple-image encryption algorithms are increasing to ensure the security of the …