Abstract
This paper presents the multipurpose approach to evaluation of research and innovation projects based on the method of analysis of hierarchies and fuzzy logics for the mining industry. The approach, implemented as part of a decision support system, can reduce the degree of subjectivity during examinations by taking into account both quantitative and qualitative characteristics of the compared innovative alternatives; it does not depend on specific conditions of examination and allows engagement of experts of various fields of knowledge. The system includes the mechanism of coordination of several experts’ views. Using of fuzzy logics allows evaluating the qualitative characteristics of innovations in the form of formalized logical conclusions.
Highlights
The strategy of innovative development of the Russian Federation for the period until 2020 and the long-term program for the development of the Russian coal industry for the period until 2030 indicates the need to develop the innovative potential of coal-mining enterprises
An important task is the formation of methods and algorithms for evaluating innovation projects of mining enterprises which allow taking into account the maximum possible number of factors associated with the implementation of innovation with minimal time, labor costs and a low proportion of subjectivity
In the Russian Federation, a system of financial support for enterprises and research teams involved in the innovative development of a particular industry is widely developed
Summary
The strategy of innovative development of the Russian Federation for the period until 2020 and the long-term program for the development of the Russian coal industry for the period until 2030 indicates the need to develop the innovative potential of coal-mining enterprises. Coal mining companies require sound scientific support, new technological solutions are needed. In this regard, the actual task is to evaluate the potential of innovative projects [1]. Making decision on these tasks periodically face the need for an integrated assessment of the potential of innovative projects. When carrying out such an examination, a large number of functional indicators [3, 4] (mining-geological, technological, technical, economic, ecological, social) must be taken into account, which may have a different nature - quantitative and qualitative. An important task is the formation of methods and algorithms for evaluating innovation projects of mining enterprises which allow taking into account the maximum possible number of factors associated with the implementation of innovation with minimal time, labor costs and a low proportion of subjectivity
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