Identification of an emitting target with the aid of a single finder with allowance for possible final way points

Abstract

A method for regularized generalized identification is developed for a single stationary finder that works under conditions for significant a priori uncertainty. It is demonstrated that the method involves estimation of parameters in the polynomial model of target motion, coordinates of the final way point (selected from a set of possible points), and approach time for the given point. The applicability conditions are determined for the proposed method. A step-by-step algorithm of the generalized identification of the model of motion for the emitting target is proposed. The numerical experiments on rectiand curvilinear motion of the target are performed.