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In monograph is represented a new approach to designing and mathematical modeling of Electromechanical Energy Converters (EMEC), based on the concepts of object-oriented analysis. Object-oriented design principles allow to generate EMEC templates and mathematical models using the accumulated information of base classes with applying modifiers and synthesis operators. The developed object-oriented classification of EMEC species diversity has a unified uniform template for all EM and combines the functions of organizing a scientific presentation on EMEC with a parallel mathematical…mehr

Produktbeschreibung
In monograph is represented a new approach to designing and mathematical modeling of Electromechanical Energy Converters (EMEC), based on the concepts of object-oriented analysis. Object-oriented design principles allow to generate EMEC templates and mathematical models using the accumulated information of base classes with applying modifiers and synthesis operators. The developed object-oriented classification of EMEC species diversity has a unified uniform template for all EM and combines the functions of organizing a scientific presentation on EMEC with a parallel mathematical representation. The correspondence between program and real objects is achieved by combining data and functions. For the first time, it was proposed to apply the advantages of object-oriented analysis, previously used only in programming, in the theory of calculation and design of EMEC.
Autorenporträt
Spezialist auf dem Gebiet der Konstruktion von elektrischen Maschinen und der mathematischen Modellierung. Begründer des objektorientierten Analyseansatzes bei der Entwicklung von elektromechanischen Energiewandlern. Derzeit konzentriert sich seine wissenschaftliche Tätigkeit auf die Anwendung der Theorie des maschinellen Lernens bei der Optimierung von elektrischen Maschinen.