As a result of their prominent initial value sensitivity, pseudo-randomness, and
unpredictability nature, chaotic maps are widely used in multimedia security. However, the …

In this paper, we discussed about fixed-time synchronization (FXTS) of Inertial Cohen-
Grossberg Neural Networks (ICGNNs) with state-dependent delayed impulses. The …

The quick advancement of multimedia technology has led to the widespread utilization of
digital images across various industries. Meanwhile, image security has become an urgent …

With the proliferation of advanced medical technologies and smart wearable devices, a
considerable volume of patient data and medical images is being generated and stored …

Some existing chaotic maps have the drawbacks of a narrow range of chaotic parameters
and discontinuities, which may be inherited by new chaotic systems generated from them as …

Currently, many image encryption schemes either require additional secure channels for key
transmission or employ a key that exhibits a lack of correlation with the plaintext, thereby …

Recently, many existing image encryption schemes suffer from security vulnerabilities due to
system key leakage. In response to this issue, this paper proposes a novel asymmetric …

To improve the salient region security and transmission efficiency of remote sensing images,
a multiple remote sensing image (MRSIs) encryption scheme based on saliency extraction …

Aiming at the traditional schemes for encrypting and transmitting images can be subject to
arbitrary destruction by attackers, making it difficult for algorithms with poor robustness to …

This paper delves into the topics of Finite-Time Stabilization (FTS) and Finite-Time
Contractive Stabilization (FTCS) for Fractional-Order Nonlinear Systems (FONSs). To …