Martynenko M. Signal receiving systems based on integral transformations

Object are processes of signal processing in multipath propagation channels are influenced by a set of additive fluctuating. Purpose is development of methods and signal processing systems in multipath propagation channels are influenced by a set of additive fluctuating (concentrated in spectrum and pulse disturbances) based on integral transformation. The methods used are the mathematical statistics and the probability theory, the Markovian theory of optimal nonlinear filtration, the theory of functional analysis, the statistical communication theory. The results are: 1. it was developed a new model of a multipath communication channel which make possible to synthesize radiosignal processing systems in memory channels and additive fluctuating. 2.It were developed physically realizable methods and algoritms of signal processing in memory channels based on the Markovian theory of optimal nonlinear filtration, which may be used for developing of noise immune radioreceiving means of signal processing systems. 3. The developed methods and signal processing systems ensure high noise-immunity that very important when new means for radiosystems are being designed for multipath propagation conditions. Introduction - communication system "Transport", UkrSART.