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 …

A novel scheme for generating optical chaos is proposed and experimentally demonstrated,
which supports to simultaneously produce two low-correlation chaotic signals with wideband …

We propose and demonstrate an external-feedback semiconductor laser-based chaos
generation scheme supporting simultaneous bandwidth enhancement and excellent time …

We propose an adaptive time-delayed photonic reservoir computing (RC) structure by
utilizing the Kalman filter (KF) algorithm as training approach. Two benchmark tasks, namely …

In the paper, a deoxyribonucleic acid (DNA) extension code with 3-bit binary streams is
proposed to encrypt the downlink data for orthogonal frequency division multiplexing …

Chaotic laser generated by semiconductor lasers has been attached great importance in
areas of secure communication, random number generation, and optical sensing. This …

We propose a time-delayed photonic reservoir computing (RC) architecture utilizing a
reflective semiconductor optical amplifier (RSOA) as an active mirror. The performance of …

We propose and experimentally demonstrate a novel multi-channel chaos generation
scheme, which can simultaneously produce multiple chaotic signals with wideband …

To guarantee information security from the lowest level of optical networks, it is essential to
provide physical layer security in fiber-optic communication systems. However, it is …

A large number of studies have been carried out to understand the nonlinear dynamics of
nanolasers, yet there is a lack of comprehensive consideration on the optimization of chaotic …