DEVELOPMENT OF AN AUTOMATED MANAGEMENT SYSTEM FOR TECHNOLOGICAL PROCESSES

This article analyzes the use of automated control systems for technological processes. The development and implementation of an automated control system for technological processes is one of the main factors increasing the efficiency of modern production areas. The use of this system minimizes human intervention, increases the accuracy and speed of operations, and also contributes to the efficient use of resources. In the process of developing automated control systems, the technological tools and parameter indicators used were considered. These systems are mainly aimed at collecting and analyzing operational data that allows you to control various technological processes, and as a result, make optimal management decisions. In particular, modern automated control systems increase the flexibility and efficiency of technological processes. The structure and mathematical models of the control system were created, the input parameters and their optimal values were determined. It was noted that the application of these systems makes it possible to use resources more efficiently, reduce costs and increase overall productivity. At the same time, the application of such systems in technological processes also ensures the continuity and stability of the process. The development of an automated control system for technological processes is an important step towards ensuring optimized and efficient production in various areas of modern industry. The development of these systems is not only related to the development of technology, but also aims to increase economic efficiency, use resources economically and ensure the sustainability of production. Automated control systems help optimize resources, increase production speed and improve quality. As a result, the article covers important work carried out in the field of the development and application of automated control systems for technological processes. The correct construction and application of these systems, in addition to increasing production efficiency, makes a great contribution to the development of the industry as a whole. Advantages such as optimizing production, increasing quality, reducing operating costs and minimizing human intervention further increase the importance of automated control systems. Keywords: automated control system, technological process, optimization, control model, automation, efficiency, sensors and measuring devices