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The research of statistical properties and simulation methods of radar clutter have vital importance to the design, simulation and development of radar systems. Based on the analysis of some experimental data of forward scattering radar (FSR) clutter, it was found that under low wind speed and narrow dynamic range, the amplitude of FSR clutter was subject to K distribution; while under high wind speed...
In this paper, the effect of the polarization and the multipath on shadow inverse synthetic aperture radar (SISAR) imaging is analyzed respectively in forward scattering radar (FSR). The multi-polarization and the multipath imaging results of targets, based on SISAR, are discussed respectively. In addition, the target forward scattering (FS) RCS under multi-polarization conditions are also obtained...
In this paper, based on the processing results of measured clutter data in forward scattering radar, a special phenomenon that the clutter spectrum spread is insensitive to the wind speed and carrier frequency is observed. The pendulum model is first time introduced into the physical modeling and formation mechanism analysis of surface clutter, and the quantitative expression of clutter spectrum spread...
In the paper a progress in the netted forward scattering radar research is presented. A special attention is paid to the optimal and sub-optimal signal processing algorithms. These algorithms are assumed to be efficient when the signal is received at a background of Doppler clutters and AWGN.
A signal processing algorithm for ground target detection using forward scattering radar (FSR) is presented in this paper. The effectiveness of the algorithm is shown using both simulated and experimental data. The algorithm is based on the matched filtering approach, where the correlation between the received signal and a set of pre-defined reference functions is calculated. The maximum of the correlation...
This paper is dedicated to the preliminary analysis of the utilisation of an ultra wideband (UWB) signal in forward scattering radar (FSR) for air target detection. Some advantages of the wide spectrum ranging signal use are shown: ground clutter reduction, target resolution, altitude and direct target position evaluation.
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