This paper theoretically investigates the scheme of optical chaotic communication based on
correlation demodulation between two synchronized semiconductor lasers. In the scheme, a …

In order to overcome the essential difficulties in conventional nonlinear control with
iteratively adjusting multiple parameters, a novel method for designing multidirection …

In this paper, a novel chaotic secure communication system based on vertical-cavity surface-
emitting lasers (VCSEL) with a common phase-modulated electro-optic (CPMEO) feedback …

In recent years, chaos-based secure communication systems have garnered significant
attention for their unique attributes, including sensitivity to initial conditions and periodic orbit …

In this paper, a chaotic secure communication system based on single feedback phase
modulation is designed, in which phase modulation of feedback light is carried out by using …

The time delay signature (TDS) concealment properties of a novel semiconductor nanolaser
subject to double chaotic optical injections are investigated numerically. The TDS …

Correlated random bit generation is investigated using three optically injected chaotic
semiconductor lasers. Based on a rate-equation model, a continuous-wave injection first …

A novel bandwidth-enhanced bidirectional phase chaotic secure communication system
with time-delay signature (TDS) concealment is proposed and analyzed by numerical …

This paper researches observer-based H∞ synchronization of coronary artery system with
input, output time-delays, and external disturbance. By designing chaotic observers for both …

In this paper, we propose a novel 4D conservative chaotic system with a variety of
interesting dynamic behaviors. By analyzing the divergence, Lyapunov exponent …