ALGORITHM OF DYNAMICAL ESTIMATION OF OBJECT ORIENTATION PARAMETERS FROM SATELLITE MEASUREMENTS
Institute of Management, Business, and Law, Department of Information Systems; Post-Graduate Student
S. O. Kramarov
Institute of Management, Business, and Law, Scientific Center “MIRˮ; Professor, Director
S. V. Sokolov
Rostov State Transport University, Department of Automatics and Telemechanics on Railway Transport, Rostov-on-Don; Professor
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Abstract. A solution to the problem of a posteriori estimation of dynamically changing parameters of angular movement of an object from satellite measurements is presented. Advantages of application of stochastic nonlinear dynamic filtering relative to the cross-sectional dimensions are demonstrated. Effectiveness of the proposed approach is illustrated by an example.
Keywords:
a posteriory estimation, angular movement, satellite measurements
