The Model for Supporting Decision-Making During Designing Programs of Innovation Development at Enterprises of Electro-Technical Industry of Machine-Building

Abstract

Electro-technical industry takes a specific place in economy of the Russian Federation. It is connected with its serious contribution to building-up favorable conditions for developing actually all industries of economy, social and household fields, comfortable living and working conditions of people. Provision of sustainability of electro-technical industry functioning is an essential foundation for power security of the country. At the same time sustainability and competitiveness of these enterprises depend on the quality of programs for their innovation development. The goal of the research is to work out the mathematic model for supporting decision-making during designing programs of innovation development at electro-technical enterprises. Cost minimization is a criterion of decision optimality in the model. One specific feature of the model is taking into account the uncertainty in estimation of possible costs connected with development and implementation of projects, included in the program. To resolve the problem the author put forward the iteration algorithm of successive shaping of expedient version of the program that takes into consideration specific features of the model. The model and algorithm can serve as a foundation to design concrete methods of innovation development program optimization. Introduction of such methodology could provide an opportunity to raise the quality of innovation development management at enterprises of electrotechnical industry of machine-building.