Synergy Of The Innovation Process In High-Tech Industries
The objective to localize the focus of management influence or partial introduction of innovations in knowledge-intensive industries does not lead to synergy and slows down the production process. The theory of innovations should be supplemented in terms of ensuring relationship between the types of innovation process synergy. This, in turn, presupposes actualization of innovations classifications for the purpose of synergy process formalizing. The authors presented a multidimensional classification of innovations, taking into account dynamics knowledge-intensive industries development and the synergy of the innovation process. The problem of innovations compliance with production and management systems presupposes different types of synergy; therefore the authors have given a classification of the innovation process synergy. To calculate the synergy effect within the framework of the proposed approach, the multipliers are classified according to the types of synergy. To quantify the synergy effect, a multiplier method was proposed based on the additive set of criteria. The resulting formula for calculating the synergy effect of the innovation process takes into account the influence of both the multipliers and the accelerator or acceleration coefficient that determines the synergy boundaries. To substantiate the points of innovative growth, a fractal reproduction model has been proposed, which can be combined with the paradigms of the science-intensive industries cyclical development.
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