The proposed algorithms improve accuracy and efficiency for estimating angular position in surveillance radars, suggesting enhanced noise immunity.
Improving the efficiency of estimating informative parameters when measuring the angular position of surveillance radars by making better use of information and reducing the amount of computational operations compared to previously synthesized algorithms. The presented results are related to the study of the possibility of estimating informative signal parameters by algorithms combining estimates of unknown parameters obtained from two antenna systems separated by angular position based on a generalized likelihood ratio criterion. The proposed algorithm makes it possible to take into account functionally related parameters and sample data and improve the accuracy of determining the desired parameter and the reliability of information management systems. The proposed algorithm makes it possible to increase the accuracy and noise immunity when measuring the angular position in surveillance radars.
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Silyakov et al. (2025) studied this question.
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