Abstract
In order to present a general structure for different maneuvers of targets, in this paper we have studied and simulated models implemented for targets trajectory in one, two and three-dimensional forms, for maneuvering and non-maneuvering targets. As an innovation, effects of detection and false alarm probabilities have been applied to simulations and are used for radar tracking system performance evaluation. Also, radar system accuracies and errors are imported to the simulations to make real situation for maneuvers. For all the presented models, trajectory simulation has been done and errors evaluated, and the results have been shown in diagrams in the end of paper. The results can be used for evaluating different tracking algorithms in different SNRs and are basis of comparison between different tracking algorithms in different detection and false alarm probabilities and system errors.
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