Fedorchuk V. Methods and tools for mathematical modeling of dynamic processes in electromechanical systems based on structure-oriented approach

The dissertational work is devoted to the creation of methods and tools of mathematical and computer modelling of electromechanical systems with orientation on structural-algorithmic approach to the organization of software. In order to give the developer the possibility of alternative choice of mathematical descriptions of items offered electromechanical systems of integral and integro-differential models and develop methods for identification of integrated models from experimental data, equivalent transformations and approximable models. The methods of analysis and control of electromechanical systems, which are described integral equations, which enables control in the presence of significant levels of high-frequency noise. Developed algorithmic foundations for building high-performance computing processes on the basis of the properties of degenerate cores with providing constant number of operations at each computing step. The effectiveness of the methods and means model is illustrated by examples and in solving applied problems.