Protecting the security of optical network is a major worldwide challenge. The conventional
schemes for securing communications are based on cryptography at the MAC layer and its …

Publisher Summary This chapter reviews the progress in the field of synchronization and
communication with chaotic laser systems. The origin of chaotic dynamics in lasers is …

In this volume, six review articles which cover a broad range of topics of current interest in
modern optics are included. The first article by S. Saltiel, AA Sukhorukov and YS Kivshar …

We propose and study a new definition for the effective bandwidths of the broadband chaotic
signals, which sums up only those discrete spectral segments of the chaos power spectrum …

A security-enhanced chaos communication scheme with time delay signature (TDS)
suppression and phase-encrypted feedback light is proposed, in virtue of dual-loop …

We numerically investigate the chaos synchronization and message transmission between
two mutual coupling semiconductor lasers (MCSLs) subject to identical unidirectional …

A network of chaotic units is investigated where the units are coupled by signals with a
transmission delay. Any arbitrary finite network is considered where the chaotic trajectories …

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

We propose and numerically demonstrate a security-enhanced chaotic communication
system by introducing optical temporal encryption (OTE) into the modulated chaotic carrier …

Two different decoding methods of an all-optical chaotic communication system are
investigated when chaotic modulation (CM) encoding format is employed. The transmitter …