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Algorithm for determining the parameters of the motion of an airborne object with an on-board radio source by a dynamic system of radio technical monitoring

Keywords:

S.F. Boev – Dr. Sc. (Eng.), Dr. Sc. (Econ.), Professor, General Designer, JSC «RTI» (Moscow)
I.V. Chebotar – Ph. D. (Eng.), Cherepovets Higher Military Engineering School of Radio Electronics
E-mail: chvviur2@mil.ru
M.T. Baldytchev – Post-graduate Student, Cherepovets Higher Military Engineering School of Radio Electronics
E-mail: chvviur2@mil.ru
I.V. Laptev – Employee, Cherepovets Higher Military Engineering School of Radio Electronics
E-mail: chvviur2@mil.ru


In the article, an algorithm for determining the parameters of the airborne object (AO) motion, having on board the source of radio emission, a dynamic radio monitoring system (RTM) is proposed. In order to test the efficiency and evaluate the effectiveness of the proposed algorithm, an imitation model of the RTM system was developed that allows modeling the parameters of the AO motion and makes an estimation of the errors in their determination using the developed algorithm by the Monte Carlo method. The simulation results allowed plotting the dependencies of the error in determining the parameters of the AO motion from the standard deviation of the AO position determination, which demonstrate the stable operation of the developed algorithm in the signal-to-noise ratio range from 20 to 4 dB, which corresponds to the current monitoring conditions.

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