Mathematical modeling of global innovation processes in the context of diffusion NBIC - technologies.

Abstract

In terms of the intensification of global processes there is an important question of forming a complex mathematical method to predict scaling scientific - technological processes, developing effective mechanisms of regulation at the local, regional, interstate and global levels. The general thrust of the global innovation community tends to restructure and reform the classical theoretical - methodological approaches of economic development under the influence of scientific - technical progress and leads to the emergence of new economic - business systems. The article examines the trends and dynamics of the global innovation processes, producing the appearance of qualitatively new forms of techniques and technologies, as well as methods for their implementation in production and profit from the sale of new products. Also, given a list of both private and common mathematical models of diffusion of innovations in the context of NBIC - technologies.