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The monograph is devoted to the hardware and software tools development problems for sophisticated systems analysis and synthesis. Decision-making methods are described. Various strategies for the search algorithm movement along the limitation surfaces are viewed. A comparative analysis of different classes of search algorithms is given. Formal procedures of structural and parametric adaptation of optimization algorithm to the mathematical models of problems to be solved are. In solving two- and three- dimensional field problems the practical recommendations for increasing solution accuracy,…mehr

Produktbeschreibung
The monograph is devoted to the hardware and software
tools development problems for sophisticated systems
analysis and synthesis. Decision-making methods are
described. Various strategies for the search
algorithm movement along the limitation surfaces are
viewed. A comparative analysis of different classes
of search algorithms is given. Formal procedures of
structural and parametric adaptation of optimization
algorithm to the mathematical models of problems to
be solved are. In solving two- and three- dimensional
field problems the practical recommendations for
increasing solution accuracy, reducing computational
resources and speeding-up the problem convergence are
given. Original digital and analog network models for
electric machines are proposed. An example of
computer-aided design system implementation for
sophisticated electromagnetic systems is presented.
The monograph is written for specialists in the field
of design and investigation of electromechanical
systems, as well as for the graduate and postgraduate
students of technological universities. The book
contains original results, obtained by the author,
and has no analogs in terms of wide range of
considered problems.
Autorenporträt
Academician of the National Academy of Sciences of Armenia,
Professor of State Engineering University of Armenia. Author of
more then 120 publications, 4 monographs and 5 inventions.
Research field: decision-making methods, mathematical modeling of
electromechanical systems, numerical methods of solving
non-linear problems of electromagnetic field.