Hamdi Abdelbagi

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The objective of this research is to improve bi-static radar detection performance and fused track formation via joint scan-to-scan processing (SSP) and scan rate modulation. This concept employs two mechanically scanned radars (MSRs), with one operating as a master control radar (MCR) and the other a secondary slave radar (SSR). The MCR is designed to(More)
The objective of this research is to improve monostatic radar detection performance via scan-to-scan processing (SSP) and scan rate modulation (SRM). This concept employs two mechanically scanned radars (MSRs), scanning at different scan rate. The scan rate modulation increases the probability of detection and scan-to-scan processing reduces the probability(More)
The goal of this research is to develop a method for affordable and reliable sampling and coherent processing of measurement data collected via a modified magnetron oscillator based non-coherent marine radar system. Non-coherent radar offers limited surveillance in clutter rich environments as compared to more complex and expensive coherent radar systems.(More)
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