Danilin O. Optimization of Management of Electromechanical Systems of Cyclic Action with Specifying Model and Fuzzy Logic Controller

The object of the investigation: complex electromechanical system of cyclic action with variable parameters. The purpose of the investigation: development of algorithms of control systems by complex electromechanical complexes of cyclic action with use of specifying models and Fuzzy Logic Regulator for maintenance of optimum operating modes. Methods of the investigation: fundamental positions of electrodynamics, the theory of automatic control, Laplas-Carson's transformation, numerical-analytical methods of the description of nonlinear systems and application of algorithms of fuzzy logic. Theoretical and practical results and innovations: for the first time synthesis algorithms of systems management of complex electromechanical systems of cyclic action with application of on-line specifying models and adaptive Fuzzy Logic Controllers which provide optimization and high quality of managerial process are developed. A subject and degree of the implementation: the algorithms of construction of systems management of position of working body of a drive a buroshnec complex on the basis of indistinct logic are used by development of state budgetary subjects KPI. The efficiency of the implementation: maintenance of optimum control and improvement of quality of regulation by a drive of an electromechanical complex. The sphere of application - the regulated electric drive.