Microwave photonic (MWP) radar has the advantages of generating and processing wide
bandwidth microwave signals, reconfigurability, high immunity to electromagnetic …

The Internet-of-Things paradigm is pushing the current fully-automated industry to Industry
4.0, laying on a high degree of end-to-end digitization of all physical assets and their …

Photonics-based radars with a large operation bandwidth enable a high-range resolution.
Achieving high angular resolution typically demands a large aperture size or a large …

Multi-static SARs from LEO orbits allow the single-pass high-resolution imaging and
detection of moving targets. A coherent MIMO approach requires the generation of multi …

Three-dimensional (3D) imaging radar is an advanced sensor applied in space surveillance
and target recognition for supplying 3D geometric features and supporting visualization …

We propose a novel method for generating coherent and wideband stepped-frequency
waveforms using recirculating microwave photonic frequency conversion (MWP-FC). By …

The purpose of operating a radar system multistatically is to acquire information about
targets of interest more quickly and reliably than would be possible using disparate radars …

A new architecture for a widely distributed dual-band coherent multiple-input multiple-output
(MIMO) radar system is illustrated, and its implementation and testing are reported. The …

In this paper, an operative radar network based on microwave photonics techniques is
presented. The proposed system employs a centralized architecture, with a central unit …

A numerical evaluation is conducted to assess the impact of distributing radio frequency
(RF) signals through optical fiber links on the performance of a coherent multi-band multiple …