PROSPECTS FOR THE DIALECTIC SYNTHESIS OF AGRICULTURAL AND PROCESSING TECHNOLOGIES IN THE AGROINDUSTRIAL COMPLEX OF THE SIXTH WAVE OF INNOVATION

Abstract

The article is devoted to the peculiarities of designing multipurpose low-tonnage complex
food technological systems in the agro-industrial complex. The focus is on solving the
problem of food security in Russia by creating industrial agro-complexes that implement
technologies for the production of agricultural products, their storage and processing. The
range of discussed issues includes the structural complexity of the technologies for the agroindustrial complex, along with their functional simplification, due to the stabilization of the
major processes of the agricultural resources conversion into food. Particular attention is paid
to the fluctuations of the "large" technological systems processes that make up the system
complex, under the influence of internal and external disturbing factors. These fluctuations
are considered as a necessary condition for the development of complex technological
systems. The data on the condition of the system technological complexes self-organization
and their main characteristics: openness, nonlinearity and instability are summarized. The
principles of designing such complexes in the agro-industrial complex and the dialectics of
mutual reinforcement of the technologies, combined into a complex, are outlined. The
necessity of the agricultural technologies industrialization as the dialectical inevitability of
the industrial agro-complexes creation, that implements the new wave of innovation
revolution in the agro-industrial complex, has been substantiated. The main provisions of the

development paradigm of the agro-industrial complex technologies are formulated. It was
proposed to accept the forecasting of trends and prospects for the development of research on
the basis of data at its current state, taking into account the depth of forecast, as the main way
to identify priorities. The conclusion was made about the priority steps in the implementation
of engineering for complex technological systems in research organizations and universities.