Denisenko A. Сombined metaheuristic clustering methods for energy efficient protocols of heterogeneous wireless sensor networks

The thesis is devoted to the development of models, methods and tools that provide the expansion of functional capabilities, reduction of material and time costs for research, development and operation of systems for visualizing the CTS (Complex Technological Systems) functioning. For this purpose, a new conceptual model of the organization of VTI (Visualization Technology Information) integration of CTS functioning was developed. The method of developing a dynamic analytical model of CTS, which differs from the known ones by the formation of the CTS state space vector on the basis of composition and decomposition within discrete-continuous networks, based on Petri nets, was further developed. The method of coordination is developed, which provides the creation of an integrated VTI with the correct interaction of two environments with different hierarchical construction is created. A method for building a mathematical model of STС, which is characterized by the integrated use of modeling tools to create ВЕБ-applications is developed. The mathematical model of CTS, which unlike previously existing solutions, adds to functions of the DCNET environment the offered feedback function with a platform of animation, has received further development. The result of the developed models and methods was functionality expansion, reduction of material and time expenses for research and operation of visualization systems of CTS functioning in 10 times.