The article deals with an adaptive algorithm for the reception of multipath signals in the high frequency communication channel, built on the basis of experimental data on quasi-stationary channel period. The algorithm allows high-quality offset delayed relative to the direct beam multipath components by providing with accurate synchronization processing between the transmitting and receiving parties, as well as the use of estimates quadrature components of the channel impulse response obtained by the channel sensing signal known shape.
Keywords: adaptive algorithm, multipath, delay time, impulse response.Citation: Korennoi A.V., Mezhuev A.M., Revin V.S. The adaptive algorithm receiving multipath signals in the high frequency communication channel based on the estimation of its impulse response,
The improved Markov phenomenological model impulse response of the high frequency communication channel are presented in this work. The model allows for the identification of authorized multipath components by analyzing the combinations of possible values of the correlation parameters. Thus obtained impulse response with fixed parameters of the statistical model generates adequate communication channel during each period of quasi-stationary.
Keywords: model, multipath, identification, Markov process, the impulse response.Citation: Revin V.S., Mezhuev A.M., Korennoi A.V. Model impulse response high frequency communication channel with the identification of parameters of multipath,
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