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Multichannel passive radar receiver platform
2015 17th International Conference on Transparent Optical Networks (ICTON), 2015Passive radars exploit the already existing signals in the environment to detect targets. The available sources of illuminations have a very wide range both in frequency of operation and bandwidth. The capability of fast and effective reconfiguration has especially great importance on this field. Software defined radio systems can be flexible enough to
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Multireceiver passive radar tracking
IEEE Aerospace and Electronic Systems Magazine, 2012In this article, we have proved that using several passive radar receivers is of high interest to improve tracking capacities, by increasing the number of bistatic geometries available and diversifying the target aspect angles (multistatism). The experimental results showed that the multireceiver configuration enables us to initialize a track when the ...
Mathieu Klein, Nicolas Millet
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Signal Processing for Passive Radar
2019 IEEE Radar Conference (RadarConf), 2019•Improved surveillance• Extended detection and tracking ranges •Detect more targets • Safeguard and reduce number of high value ...
Hongbin Li, Yimin D. Zhang, Braham Himed
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New Frontiers in Passive Radar
IEEE Potentials, 2019When you think of radar, your first mental image might well be of a great hunk of metal-a giant dish in constant motion on a tower and an earnest operator peering at a large round display. Perhaps you also hear a repetitive ping. Wait, that's sonar. These days, of course, radar comes in all shapes and sizes.
Vaughan Clarkson, James Palmer
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The concept of airborne passive radar
2011 MICROWAVES, RADAR AND REMOTE SENSING SYMPOSIUM, 2011This paper presents the concept of an airborne passive radar and the preliminary results of the experiments carried out using two mobile platforms: a car and an aircraft. In the research conducted for the study of this concept, a passive radar mounted to an aircraft was used.
K. Kulpa +3 more
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2017
Passive radar is one of the most rapidly developing fields in the radar technology in recent years. The ground-based passive radar technology is now entering a stage of maturity. In the past, in a case of active radars, the technology developed for ground-based sensing was adapted for airborne platforms.
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Passive radar is one of the most rapidly developing fields in the radar technology in recent years. The ground-based passive radar technology is now entering a stage of maturity. In the past, in a case of active radars, the technology developed for ground-based sensing was adapted for airborne platforms.
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A Multiband Passive Radar Demonstrator
2006 International Radar Symposium, 2006Passive radar systems that exploit signals from the plethora of RF emissions that exist in the external environment offer a number of advantages over conventional active radar system, including procurement and operational cost saving. Each emitter has its own characteristics, including waveforms, which dictate system performance.
Dale Gould +3 more
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Passive bistatic radar analysis
SPIE Proceedings, 2009Passive Bistatic Radar (PBR) research is at its zenith with several notable PBR systems currently operational, or available for deployment. Such PBRs include the Manastash Ridge Radar (MRR) developed for and by academia; Silent Sentry developed as a commercial concern by Lockheed Martin; and Homeland Alerter (HA100) also a commercial system ...
Daniel W. O'Hagan +2 more
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Passive (cooperative) hologram radar
Proceedings of the IEEE, 1970The extension of stationary-coherent radar to a purely passive configuration and to a cooperative active configuration is described. A possible use in airport surveillance of aircraft is noted.
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Passive radars utilizing pulse radars as illuminators of opportunity
2015 IEEE Radar Conference, 2015Much of the current research on passive radar is focused on the exploitation of commercial emitters providing continues wave illumination of surveillance area. It is also possible to exploit another kind of the illuminator — pulse surveillance radar.
P. Samczynski, P. Krysik, K. Kulpa
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