ПАРАМЕТРИЧЕСКИЙ СИНТЕЗ ДИСКРЕТНО-АДАПТИВНОЙ ОДНОКАНАЛЬНОЙ ПО ДОПЛЕРОВСКОЙ ЧАСТОТЕ СИСТЕМЫ ОБРАБОТКИ СИГНАЛА В УСЛОВИЯХ ГАУССОВЫХ ПОМЕХ

In this paper a technique for minimizing the number of regimes and optimizing the parameters of a discrete-adaptive signal processing system (DAS) in conditions of gaussian noises is proposed, with an additional restriction on the magnitude of efficiency losses compared to systems with continuous parameters variation. A procedure for parametric DAS synthesis was developed using the graph-theoretic model. Results of the mathematical modeling of a single-channel on doppler frequency DAS in the conditions of an additive mixture of correlated and uncorrelated gaussian noises are presented. [ABSTRACT FROM AUTHOR]