In this study, we propose and evaluate a 3D multi-input multi-output (MIMO) pulsed chaos
lidar based on time-division multiplexing. By time-gating a chaos waveform sequentially at …

We develop an unprecedented 3D pulsed chaos lidar system for potential intelligent
machinery applications. Benefited from the random nature of the chaos, conventional CW …

We investigated the characteristics of chaos-modulated pulses amplified by a pulsed master
oscillator power amplifier (MOPA) for application in a new chaos lidar system in this study …

We use the chaotic signal generated by a field-programmable gate array (FPGA) to establish
a digital chaotic pulse lidar system, which can achieve mid-range detection and high …

Chaos lidar has gained significant attention due to its high spatial resolution, natural anti-
interference capability, and confidentiality. However, constrained by the power of the chaos …

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 characterize a new chaos lidar system configuration and demonstrate its capability for
high-speed 3D imaging. Compared with a homodyned scheme employing single-element …

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

We generate and analyze chaos-modulated pulses based on a gain-switched
semiconductor laser subject to delay-synchronized optical feedback for pulsed chaos lidar …