Senkov O. Methods of the telecommunication networks interaction in conditios of uncertainty on the basis of control theory

Senkov O.V. Methods of the telecommunication networks interaction in conditions of uncertainty on the basis of control theory. - On the rights of the manuscript. The dissertation for the scientific degree of the candidate of technical sciences on a specialty 05.12.02 - Telecommunication systems and networks - State university of telecommunications, Kyiv, 2021. The work is about the development of the interaction methods of heterogeneous telecommunication networks in conditions of uncertainty on the basis of control theory in order to create highly efficient modern communication networks, which is relevant and has important scientific and practical significance. The concepts of construction and functioning of modern telecommunication networks analysis has been carried out. Contradictions between the necessity to develop the infrastructure of telecommunications networks and the lack of scientific and methodological apparatus of interaction of telecommunications networks in conditions of 23 uncertainty have been revealed. New requirements to management systems have been analyzed and the objects of a telecommunication network management technique has been improved that unlike existing increases efficiency of their functioning that is extremely important for prospects of development. The architecture of telecommunication networks has been studied. It has been offered the algorithm of the maximum advantage in of the telecommunication network base station work, which allows to design a radio access system with necessary functionality. It has been studied the methods of decision - making in conditions of uncertainty for effective interaction of telecommunication systems and networks, where potentially there may be a conflict of interest of intranet technologies. It has been developed a model of interaction of heterogeneous subsystems of the telecommunication network and a model of interaction of equal subsystems in conditions when the parties to the conflict have incomplete information about the parameters of the system as a whole. For the first time, it has been developed a methodology, which takes into account the features of design and technical solutions implemented at the physical, channel and network levels of the telecommunications system, which allows to form the quality assessment of design and technical decisions based on the analysis of numerical values of expert quality indicators, which will significantly reduce the subjectivity of the expert assessments and simplify the procedure for making expert decisions on the quality of design options for telecommunications systems. The presented researches and the developed technique provide the introduction of the interaction technologies of the identification and management of the information heterogeneous networks objects.