Microwave Photonic Distributed Radar System for Target Positioning Based on Joint Polarization and Sideband Multiplexing

Microwave Photonic Distributed Radar System for Target Positioning Based on Joint Polarization and Sideband Multiplexing

Abstract
DOI: 10.1109/TMTT.2024.3456092   IEEEXplore: https://ieeexplore.ieee.org/document/10684893    
Device
Microwave Photonic Distributed Radar System
Spectrum
6-8 GHz mw / 1549.7 nm photonic demonstration,
Novelty
Joint optical polarization multiplexing and sideband multiplexing techniques demonstrate a basic capability to deploy four remote radar transceivers at a single optical wavelength and offer the potential for much larger scale distributed systems by WDM and TDM approaches to the optical network design.
Application
Distributed radar systems for low-slow-small target detection with improved spectrum utilization, reduced probability of interference, improved 3D spatial coverage, enhanced target detection, and more effective mitigation and correlation of radar cross-section scintillation.
Performance
±3 cm 3D spatial positioning accuracy.