Special Issue "Modern Radar Systems"
Deadline for manuscript submissions: 31 December 2020.
Interests: SAR/ISAR; passive radars; passive SAR/ISAR; noise radars; radar signal processing
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Interests: Passive Radar, Mulitstatic, Cooperative Bi-/Multi-Static Radar, MFRFS, Next Generation Waveforms, Platform Sychronisation
Interests: compressed sensing in radar; nonuniform sampling problems; SAR/ISAR imaging; noise and PCL radar technology; radar resource management; track before detect techniques
Interests: applied RF/radar/EW systems engineering; prototyping; teaching; consulting and research; esign of AESAs, microwave devices and signal processors; algorithm development for AMTI, ASW, ASuW, BMD, CCD, DMTI, EA, EP, EMW, ES, GMTI, GPR, ISAR, In-SAR, MIMO, MMTI, SAR, SAA, STAP
In recent years, developments in radar have intensified, with an increasing convergence of active and passive technology applied in numerous fields. The development of radar was originally for military purposes; however, radar has recently become a prominent technology in a wide variety of civil applications, such as automotive radars, human detection and classification, ground-penetrating radars, and medical imaging radars, among others. In most radar applications, there is still a need for faster and more accurate signal processing methods to enhance detection, localization, tracking, data fusion, imaging, and target classification. Furthermore, there is greater demand for sophisticated system design so that radar functionality may operate in unison with other sensor techniques.
The aim of this Special Issue is to present the latest research results in the area of modern radar technology utilizing active and/or passive radar sensor systems in different applications, including both military use and a broad spectrum of civilian applications. The contributions from leading experts in this field of research will be collected and presented in this Special Issue.
This Special Issue aims to highlight the advances in modern radar systems. Topics include but are not limited to:
- Modern solutions in radar systems;
- Deployable multiband passive/active radars;
- New applications in passive radars;
- New techniques in radar signal processing;
- Waveform design techniques in radar applications;
- Active and Passive SAR/ISAR imaging techniques;
- Civilian applications of modern radar technology;
- Radar signal and data processing;
- Tracking and data fusion;
- Multifunctional RF Systems (MFRFS);
- Radar network synchronization;
- Countermeasures to modern radar.
Dr. Daniel W. O'Hagan
Dr. Jacek Misiurewicz
Dr. Lorenzo Lo Monte
Manuscript Submission Information
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