Interval methods and algorithms of a global nonlinear optimization and their application to designing electrotechnical devices part 1

摘要

The use of the newest achievements in the interval theory of a nonlinear optimization in the area of electrical engineering is considered. Corresponding methods and algorithms are described in detail. The results of a comparative analysis of computational effectiveness of interval and traditional methods of the optimization are given. The solution of the electrotechnical problem of the optimization of electromagnets in the case when the initial data are given not accurately is considered using interval and double-side methods.