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Browsing #4 by Author "Buriachok, V.L."

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    Методологія інтелектуального управління маршрутизацією в конфліктуючих сесорних мережах варіативної топології. METHODOLOGY OF INTELLIGENT ROUTING CONTROL IN CONFLICTING SENSOR NETWORKS OF VARIABLE TOPOLOGIES
    (2018) Семко, О.В.; Semko, O.V.; Складний, П.М.; Skladannyi, P.M.; Семко, В.В.; Semko, V.V.; Бурячок, В.Л.; Buriachok, V.L.
    The complication of the topological structures of wireless sensor networks due to their variability determines the need to create new methods for managing data routing and parameters that determine the indicators of the reliability of the functioning of information-telecommunication and computer systems. Methods and algorithms for packet routing and data streams in heterogeneous sensor networks are based on multi- threading (multi-threaded) relay technology as a self-organized, dynamic, service- oriented network of variable topologies. Key elements of sensor networks of variable topologies are sensors that register changes in certain parameters and / or provide their transmission from source nodes to recipient nodes. Methods of artificial intelligence allow to determine the way of solving problems of data flow routing management by integrating the parameters of functioning of sensory networks of variable topology in conditions of guaranteeing reliability and synthesis and choosing guaranteed non- conflict routing management. The problems of synthesis and decision-making decisions concerning the management of data flow routing in conflicting sensor networks of variate topology in conditions of limitations and uncertainties are determined. The development and substantiation of the methodology of intelligent management of data flow routing in conflicting sensor networks of variable topology on the basis of the application of multiplicative theoretical models provides the opportunity to describe the processes of functioning of the network in the form of a mathematical model and a notation (language), which allows determining the optimal data transmission routes according to the criterion that takes into account Indicators (parameters) of indemnity under conditions of limitations and uncertainties. An approach to the creation of distributed intelligent routing management system in self-organized sensory networks is considered on the basis of the use of multilevel theoretical-plural and mathematical models that determine the essence of the system of intellectual control of an object.