Многоцелевая оптимизация методом комплексного генетического алгоритма

Abstract

The method of the multi-purpose problems decision of multiextreme functions optimization with the generalized arguments by means of complex genetic algorithm is offered. The method is tested and it is recommended for use at designing of the objects having generalized parameters, for example, uniform speed of rotation of two tools, located on one shaft. Practical tests of a method for an example of complex details machining have shown its working capacity and technical efficiency.