In the past two decades Brillouin-based sensors have emerged as a newly-developed
optical fiber sensing technology for distributed temperature and strain measurements …

This paper reviews the recent advances on the high-performance distributed Brillouin optical
fiber sensing, which include the conventional distributed Brillouin optical fiber sensing …

The fractional-order chaotic systems have characteristics of the all chaotic systems,
however, the improper fractional-order chaotic systems have more complexity random …

We propose and demonstrate a millimeter-level-spatial-resolution Brillouin optical
correlation-domain analysis system based on a broadband chaotic laser, where the spatial …

Chaotic laser is considered as a novel signal source and extensively applied in the areas of
secure communication, random number generation, optical sensing. This review article …

Brillouin optical correlation-domain reflectometry (BOCDR) is a technique for measuring the
distribution of strain and temperature along an optical fiber, offering advantages such as …

Currently, optical chaos comb generation primarily relies on dielectric nonlinear micro-
cavities on-chip, which require a high quality-factor. This increases complexity, cost, and …

We propose and demonstrate experimentally the generation of chaos with suppressed time-
delay signature (TDS) and physical random bits in two mutually coupled semiconductor …

Brillouin optical correlation-domain analysis (BOCDA) utilizing low-coherence light sources
offers high-resolution distributed strain and temperature sensing. However, conventional …

We report a phase-coded Brillouin optical correlation-domain analysis (BOCDA) based on
phase-shift keying (PSK), in which the pseudo-random binary sequence (PRBS) phase …