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This paper introduces the MIMO Forward Scatter Radar (FSR) concept to provide an accurate estimation of the motion parameters of a low observable target. In particular, two techniques are introduced to obtain the estimate of the target velocity component normal to the TX-RX baseline, that exploit the multiple transmitters and receivers. Experimental results allow the comparison of the efficiency of...
The work described in this paper is a continuation of previous analytical work that has progressed to an experimental phase. The paper is dedicated to the comparison of the calculated and measured received signal strength from small targets in maritime conditions using the FSR system.
The clutter influence on the automatic target classification (ATC) accuracy in forward scattering radar (FSR) is presented. To study the ATC at various signal-to-clutter ratios (SCR), a simulated vegetation clutter is artificially added to the real clutter-free targets recorded signals. It is shown that using conventional clutter-uncompensated ATC system can achieve high target classification accuracy...
Spectral and statistical properties of measured vegetation clutter are analyzed for ground-based forward scatter radar (FSR) sensors operating in VHF/UHF bands employing omni-directional antennas. The empirical computer simulation model of vegetation clutter is proposed.
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