UDC 621.396.69
METHOD FOR CALCULATING FULL-POLARIZED
RANGE-ANGLE RADAR PORTRAITS OF MOVING OBJECTS IN RADARS WITH INVERTED APERTURE
SYNTHESIS
S. V. Yakubovskiy 1, A. V. Alferev
2, D. V. Frolov 3
1 Scientific and Research Center for Missile and Space Defense of the
Central Research Institute, Ostashkovskaya st., 12A, Moscow 129345, Russia
2 Yaroslavl Higher Military Institute
of the Air Defense, Moskovskiy prosp., 28, Yaroslavl
150001, Russia
3 Mozhaisky Military Space Academy, Zhdanovskaya, 13, St. Petersburg 197198,
Russia
The
paper is received on September 5, 2019
Abstract.
An approach for obtaining polarization scattering vectors for wideband signals
is considered for full-polarization sounding of space in the mode of inverse
synthesis of aperture. The simulation of the signal reflected from moving
objects during full-polarization sounding in the mode of inverse synthesis of
the aperture is performed. Based on the simulation, a full-polarized
angular-range portrait of a moving object with a high resolution in angular
coordinate was obtained for inverse synthesis of the aperture.
Keywords:
full-polarization radar sounding of space, long-range angle portrait of complex
targets, inverse aperture synthesis.
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For citation:
S.V.Yakubovskiy, A.V.Alferev,
D.V.Frolov. Method for calculating full-polarized
range-angle radar portraits of moving objects in radars with inverse aperture
synthesis. Zhurnal Radioelektroniki - Journal of Radio Electronics.
2019. No. 9. Available at http://jre.cplire.ru/jre/sep19/9/text.pdf
DOI 10.30898/1684-1719.2019.9.9