Abstract
In synthesis of magnetic elements and devices using the directed graph. The solution of the optimization problem on the basis of an optimal topological model of magnetic elements. For solve optimization problems use by the dynamical programming model.
Highlights
The given synthesis method as a cut-and-try method and successive approximation is very complicated and timeconsuming
Optimal calculation is not always ensured since the calculation methods used in the synthesis of magnetic elements and devices are approximate and require continuous adjustments and experimental verification of the calculated data that increases the cost of synthesis magnetic devices with significant labor and time costs
We consider the solution of the optimization problem on the basis of construction of the algorithm of an optimal topological model of magnetic elements with mathematical illustration of one of the variation methods, by the dynamical programming model, and this is very expedient [3]
Summary
The given synthesis method as a cut-and-try method and successive approximation is very complicated and timeconsuming. Optimal calculation is not always ensured since the calculation methods used in the synthesis of magnetic elements and devices are approximate and require continuous adjustments and experimental verification of the calculated data that increases the cost of synthesis magnetic devices with significant labor and time costs. In the synthesis of magnetic elements, it is usually sought to ensure that it was simple and reliable as possible with minimum expenses, overall dimensions and weight. In practice an increase in reliability of magnetic elements and devices is associated with a complication and a simplification with the detrition of some quality indicators. It is impossible to construct optimal magnetic devices according to all contradictory criteria
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