The statistical properties of semiconductor laser chaos are of great importance for practical
applications. By exploring the injection parameter space of an optically injected …

We investigated an FPGA-based dual-pulse anti-interference light detection and ranging
(LiDAR) system with digital chaotic pulse position modulation (DCPPM). The dual-pulse …

We present a novel scheme for the accurate ranging for the multi-region in the rectangular-
shape target using numbers of the chaotic x polarization components in the multiple parallel …

We experimentally generate and analyze chaos-modulated pulses for pulsed chaos lidar
applications based on gain-switched semiconductor lasers subject to optical feedback …

We propose and experimentally demonstrate parallel light detection and ranging (LiDAR)
using random intensity fluctuations from a highly multimode laser. We optimize a degenerate …

The statistical properties of chaotic signals generated from semiconductor lasers are
important in different applications such as secure communications and random bit …

Feedback-induced switching between two nonlinear dynamical states is observed in a
semiconductor laser. The single-mode laser is subject to optical feedback in the long-cavity …

We propose the generation of random-modulated pulses using a gain-switched
semiconductor laser with a delayed self-homodyne interferometer (DSHI) for lidar …

An improved sensitivity Doppler frequency measurement system based on microwave
photonics technology was demonstrated practically. The system employs a four-wave mixing …

We propose and experimentally demonstrate a parallel pulsed chaos light detection and
ranging (LiDAR) system with a high peak power, parallelism, and anti-interference. The …