Since chaotic cryptography has a long-term problem of dynamic degradation, this paper
presents proof that chaotic systems resist dynamic degradation through theoretical analysis …

Conservative chaotic systems (CCSs) have unique advantages over dissipative chaotic
systems (DCSs) in the fields of secure communication and pseudo-random number …

To protect image privacy in real-time transmission, a fast chaotic image encryption algorithm
using a novel divide and conquer diffusion strategy is proposed in this paper. Firstly, a fast …

High-quality random number generators (RNGs) are essential in many fields. To overcome
the drawbacks in instability of the true RNGs and periodicity of the pseudo-RNGs, based on …

Conservative chaotic systems have unique advantages over dissipative chaotic systems in
the fields of secure communication and pseudo-random number generator because they do …

Nowadays, the practice of develo** algorithms to maintain the confidentiality of data
shows that there is a lack of some features, such as velocity, predictability, etc. Generating …

Nowadays, chaotic systems are widely used in engineering applications. They play a vital
role, particularly in cryptography and secure communication systems. This paper proposed …

Dynamical degradation is a known problem in the computer simulation of chaotic systems.
Data type limitations, sampling, and rounding errors give rise to the periodic behavior. In …

Oscillations and oscillators appear in various fields and find applications in numerous areas.
We present an oscillator with infinite equilibria in this work. The oscillator includes only …

We introduce a new chaotic system with nonhyperbolic equilibrium and study its sensitivity
to different numerical integration techniques prior to implementing it on an FPGA. We show …