UWB Horn Antenna for Landmine Detection using GPR Technique - Amiri, Amin Damali
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Anti-Personnel (AP) and Anti-Vehicle (AV) landmines are considered as a problem of global proportions and it is estimated that about 60-70 million landmines are scattered within at least 70 countries all over the world. Many of the landmines are made with minimum metal content so that certain detection methods, such as metal detectors, often tend to fail. A promising concept for the detection of buried non-metallic objects is Ground Penetrating Radar (GPR). Although GPR has shown some promising results, the diversity and complexity of the problem inflict certain challenges on the operation of…mehr

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Produktbeschreibung
Anti-Personnel (AP) and Anti-Vehicle (AV) landmines are considered as a problem of global proportions and it is estimated that about 60-70 million landmines are scattered within at least 70 countries all over the world. Many of the landmines are made with minimum metal content so that certain detection methods, such as metal detectors, often tend to fail. A promising concept for the detection of buried non-metallic objects is Ground Penetrating Radar (GPR). Although GPR has shown some promising results, the diversity and complexity of the problem inflict certain challenges on the operation of GPR systems. The investigations discussed in this work cover important aspects of GPR with particular focus on design of a new Ultra-Wideband (UWB) antenna.
Autorenporträt
Holds a MEng in Electronic and Electrical engineering with communications Engineering, MRes in Security Science and a Ph.D.in RF, radar, and antenna design. Currently is a post-doctoral researcher at University College London. His research interests are ice & ground penetrating radars and antennas, satellite communications and phased array systems.