MULTICHOICE APPROACH TO SOLUTION OF OPTIMIZATION PROBLEMS OF ALGORITHMIC DESCRIPTION FORMATION OF PROCESSING ROUTES

Abstract

The paper is aimed at the solution of the problem in the formation of multi-level structural optimization of promising technological processes. Here there is manifested the necessity in thorough development of algorithmic problems on the formation of the best technological route for components and units processing taking into account requirements to quality and choice of the smallest cost characteristics of an industrial process. At the solution of optimization problems in engineering process designing there are used simulators reflecting basic principles of production work functioning. The search of an optimum solution was carried out by a mechanism of threshold structural optimization realization on network graphs. In the course of the investigation fulfillment on the problems of automated production introduction there were formed simulators taking into account single-phase and multi-phase systems of mass maintenance. At that to the first place there were moved cost parameters for the assessment of engineering process versions. In such a way was confirmed a hypothesis on the purposefulness of the definition of engineering process functional parameters with the further choice of an optimum solution. Conclusions: time decrease, high quality, and also a financial profit can be complex for the majority of real applications, therefore the majority of optimization methods try to find an ideal method for the solution of limited resources problem in the framework of different limitations.