Optimizing selection of equipment for production of airborne radio complex

Аuthors

Dembitsky N. L.^*, Lutsenko A. V.¹, Pham V. A.^2**

1. Lianozovskiy Electrical and Mechanical Plant, 110, Dmitrovskoe shosse, Moscow, 127411, Russia
2. Moscow Aviation Institute (National Research University), 4, Volokolamskoe shosse, Moscow, А-80, GSP-3, 125993, Russia

*e-mail: ndembitsky@gmail.com
**e-mail: phamvietanhqs@gmail.com

Abstract

Modern manufacturing of radio-electronic equipment for flying vehicles requires implementation of cost intensive technological installations of high complexity, specialized premises and skilled specialists. Introduction of state-of-the-art innovative technologies and launching of new production facilities means a group of actions including acquisition, launching, development and organization of operation of complex technologies. Under severe conditions of competition, this process should meet a whole number of factors, which is impossible without application mathematical methods of optimization and software tools.

This work aims at developing of mathematical and software tools to solve the problem of providing enterprises with innovative technologies with regard for technological and economic criterions limitations. In consequence of carried out study we obtain mathematical model that presents target optimal selection in the form of mathematical programming problem. The special feature of the problem is a large number of factors affecting the optimal solution. Moreover, each of the sel ected factors can be transferred to either criterion or limitations. This is where the requirements to mathematical model, algorithms and methods of their software processing come fr om.

The input data of this developed software complex include the structure of an innovative technological process, parameters of production, technological equipment and its installation and operating requirements.

According to the proposed conception of modeling we developed algorithms and programs adaptable to specific productions and complexes of technological equipment, which makes this software complex a universal tool for the set problem.

Keywords:

technological process, software package, equipment, quality criterion, limitation, database

References

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