Methodological approaches to the formation of algorithm for assessing the sustainability and efficiency of production and technological processes based on their integrated digitalization

Abstract. The necessity of developing algorithms for assessing sustainability and efficiency based on integrated digitalization is substantiated. An assessment of the sustainability of reproductive processes in industrial fruit growing and viticulture is given. A generalizing characteristic of the influence of external and internal factors on the stability of reproductive processes in perennial agrocenoses is given. An algorithm for the formation of digitalized technologies for managing production and technological processes according to the criteria of bioeconomics has been developed. Methodological approaches to modeling the process of managing the sustainability of reproductive processes in perennial agrocenoses under conditions of environmental uncertainty have been developed, representing a set of theoretical and methodological principles, algorithms and tools for determining the limits of sustainability and the dimension of regulators (impacts) to achieve it in order to ensure comparability of reproduction levels and rational use of resources. An economic and mathematical model for determining the optimal parameters of reproduction sustainability management processes has been developed, which is an analytical modeling system based on processing large amounts of empirical information, applying machine learning and data analysis methods. Based on the developed model, optimal parameters of indicators of the stability of reproductive processes in industrial fruit growing and viticulture are calculated. Key words: perennial agrocenoses, algorithm, assessment, sustainability, bioeconomics, efficiency, reproduction processes, digitalization, economic and mathematical model