A MATHEMATICAL MODEL DEVELOPMENT FOR AN AUTOMATED CONTROL SYSTEM FOR PACKAGING AND SORTING PRODUCTS CLOSED AREA

The article considers an approach to a mathematical model development for an automated control system for packaging and sorting products closed area. The features of such systems functioning are analyzed and the main parameters that affect their efficiency are determined. Proposed mathematical model takes into account dynamic changes in the production process, optimization of product flows and minimization of downtime. The developed approach allows increasing the accuracy of control, adaptability to changes in production conditions and reducing energy and time costs. The model is implemented in the form of algorithmic support, which allows conducting numerical experiments to determine the optimal parameters of the system. The operation of a closed area is simulated taking into account various scenarios, which confirmed the effectiveness of the proposed solutions. The results obtained can be used to improve automated production lines, increase their productivity and reduce the impact of the human factor.