Abstract
This research addresses the issues of evaluating the stability and effectiveness of dynamic control systems and analyzing their transient processes. The study thoroughly analyzes the dynamic characteristics of control systems, system stability and sensitivity, as well as factors such as the duration and amplitude of transient processes. The findings of the study indicate that feedback mechanisms play a crucial role in ensuring system stability, highlighting the effectiveness of correctly selecting control parameters. Moreover, the significance of existing theoretical methods for studying transient processes in dynamic systems and optimizing control systems has been proven. The results allow for the application of effective methods for designing and optimizing control systems in various industries, such as transportation, energy, and healthcare. The obtained data point to the need for further research to fully understand and improve the dynamic features of the system. In conclusion, the findings of the study provide opportunities for exploring new theoretical methods and tools for designing control systems and applying them in real-world industrial settings.
Published Version
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