Talk · AIP conference proceedings · January 1, 2026
Digital optimization of environmental protection processes in mechanized agro-industrial systems
D.T. Muhamediyeva, Narzillo Mamatov, B. N. Samijonov, N. A. Niyozmatova, B. A. Kobilov
Abstract
This article presents a mathematical modeling framework for analyzing environmental protection processes in mechanized agro-industrial systems. The agroecosystem is considered as a complex nonlinear dynamic system including soil pollution, water contamination, atmospheric emissions, and biomass dynamics. Reaction–diffusion equations, logistic growth models, and optimal control methods are used to describe ecological interactions and technological processes. Numerical simulations demonstrate the formation of stable dynamic regimes and reveal relationships between ecological load and production efficiency. The obtained results provide a theoretical basis for digital monitoring systems, precision agriculture technologies, and intelligent decision-support tools for sustainable agro-industrial development.
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