Design of Centralized PI Controller for Interacting Conical Tank System

Design of PID Controller for Magnetic Levitation System using Harris Hawks Optimization

“…In the literature a considerable number of real time industrial systems are existing and whose values to be controlled based on the need to achieve better result [25]. Designing the optimal controller is one of the essential tasks in closed-loop systems and finding the controller parameters needs complex computation, if the system to be controlled is highly non-linear and unstable in nature.…”

Gospodarka Surowcami Mineralnymi - Mineral Resources Management

“…The Davison methodology, as well as the Tanttu and Liestehto methods, are used to tune centralized proportional and integral (PI) controllers. Findings: using a centralized PI controller to reduce the interaction between the two interacting conical tanks increases flexibility (Manic et al 2016). To adjust for process changes and to keep the liquid level on target, the internal model controller (IMC), proportional-integral and derivative (PID), and IMC-PID were used (Lavanya et al 2013).…”

Multi-loop PID Controller Design for Distillation Column using Firefly Algorithm

“…Due to the economical and environmental point of aspect, safe working condition is always preferred in chemical process loops. Implementation of a suitable controller structure is one on the technique to maintain the working process loop in its safe region [1][2][3][4] . In the literature, a number of controlling procedures are proposed and implemented to operate the process loops in a safer working region.…”