TARGET SELECTION MODEL AT THE PATH GENERATION UNDER CONDITIONS OF ADDITIVE AND MULTIPLICATIVE INTERFERENCES
The results of evaluating the accuracy capabilities of radar stations when performing radar measurements and predicting the position of targets taking into account the linear extrapolation of the measured coordinates are presented. The structure of the simulation model of the target path generation is proposed, which allows evaluating the reliability of target selection by single-position radar stations in the conditions of noise interference and false marks. The sizes of correlation gates for tracking targets when the signal/noise ratio changes in power at the input of the radar information processing system are analyzed. Dropping probability dependences graphs from tracking complex trajectories of targets in various conditions of radar surveillance are presented.