Recent demonstrations of chaos-based secure communication have proven the feasibility of
secured transmission of high-speed (tens of Gbit/s) signals over certain distances (∼ 100 …

Finding conditions that support synchronization is a fertile and active area of research with
applications across multiple disciplines. Here we present and analyze a scheme for …

A new secure key distribution scheme based on the dynamic chaos synchronization of two
cascaded semiconductor laser systems (CSLSs) subject to common chaotic injection and …

A fiber-optic chaos communication system for allowing bidirectional message transmission
is first constructed and experimentally demonstrated. Using the synchronized chaos outputs …

A physically enhanced secure wavelength division multiplexing chaos communication
scheme in virtue of the chaos synchronization of two multimode semiconductor lasers …

A modified electro-optic phase chaos system that can conceal time delay (TD) and allows for
unidirectional message transmission, is numerically investigated. The configuration includes …

We investigate the instantaneous behavior of synchronized temporal wave forms in two
mutually coupled semiconductor lasers numerically and experimentally. The temporal wave …

A long-distance isochronous chaos synchronization system, composed of a driving chaotic
semiconductor laser and twin semiconductor lasers, is demonstrated experimentally. Via a …

In real-world complex systems, heterogeneous components often interact in complex
connection patterns and could be schematized by a formalism of multilayer network. In this …

Reservoir computing is a machine-learning paradigm based on information processing in
the human brain. We numerically demonstrate reservoir computing with a slowly modulated …