Methodical complex contains a work program , Guidelines for the study of the discipline , thematic plan of lectures for full-time and part-time students , List of main and additional literature , task for control work and methodical instructions for its implementation , as well as test tasks. In the introduction, the general structure of modern radio engineering systems (RTS), the appointment of the main components of RTS and the functioning of RTS in conditions of exposure to internal (thermal) noise and external space-time radio interference . is considered. On this basis, the main probabilistic problems of the statistical theory of RTS. are formulated. The mathematical foundations of the statistical theory of RTS are summarized and systematized: elements of probability theory, mathematical statistics and information theory. The main probabilistic models of signals and interference in RTS are presented: models of random processes, scalar and vector random fields, space-time random signals . The basics of the theory of search and detection of signals against the background of interference, the basics of the statistical theory of assessing the parameters of space-time signals, the theory of discrimination and resolution of simple and complex signals are considered .. Generalized structures of optimal detectors and differentiators are presented. The bases of statistical radiophysics for calculation of statistical characteristics of space-time radio signals are given