Operation of radio communication systems for special purposes (FSA SP) in practice is random in terms of various factors, some of which are codified in standards, and some — previously known. Specificity of modern shipyard JV determines the need to manage their operations in terms of parametric uncertainty as facility management and signaling uncertainty of external influences. So the challenge is the analysis and consideration of uncertainty arising from the operation of such a complex hierarchical system as the FSA SP. The method is adaptive change modes and parameters Shipyard JV depending on changes in environment-interference in the communication channel in order to obtain maximum energy efficiency. In the proposed method, in contrast to previously developed, adapting to the state of the signaling and-interference environment is based on a complex coordination of frequency, energy, time and information resources of radio channels with the characteristics of complex environmental conditions of their implementation by changing modes and parameters of signals Shipyard JV, allowing to increase the efficiency of military radio system in a complex electronic environment.
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