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Abstract Article info and citation First page References Abstract The paper gives a statistically focused selective view of chaos-based communication which uses segments of noise-like chaotic waves as carriers of messages, replacing the traditional sinusoidal radio waves. Article information Source Statist. Export citation. Export Cancel.
References Abel, A. Noise performance of chaotic communication systems. IEEE Trans. Circuits Syst. I , Fundam. Theory Appl. Berliner, L.
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Statistics, probability and chaos. Carroll, T. A circuit for studying the synchronization of chaotic systems. Chaos Appl. Donati, S. Introduction to the feature section on optical chaos and applications to cryptography. IEEE J. Quantum Electron. Galias, Z. Quadrature chaos-shift keying: Theory and performance analysis.
Hasler, M. Optimal and suboptimal chaos receivers.
Digital Communication using Chaos and Nonlinear Dynamics
IEEE 50 — Scanning the special issue—special issue on applications of nonlinear dynamics to electronic and information engineering. IEEE 90 — Such systems were based in the chaos synchronization property - through coupling - of the communicating parts, they usually employed a transmitter and a receiver configuration, while data where encrypted on the chaotic carrier at the emitter and recovered at the receiver.
Only lately, a burst of works have demonstrated the capability of synchrony and joint behavior of mutually coupled SLs in various configurations that employed a larger number of chaotic optical oscillators. These concepts lead to completely new directions of research in areas that have embraced more conventional ways of thinking. Holistic approaches of networks that communicate through complex and chaotic signals are now adopted in fields such as neural networks based on optical reservoir computing, a recently introduced bio-inspired approach to artificial intelligence.
Such concepts are considered to be critical for evaluation and integration to optical communication networks, creating novel perspectives for a number of issues that are dealt mainly with computational tasks.
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