Tuning and implementation of fractionalorder pid controller in a distributed control system /
Mohamed Abdelkarim Mohamed Abdelbaky
Tuning and implementation of fractionalorder pid controller in a distributed control system / ضبط وتنفيذ متحكم تناسبى - تكاملى - تفاضلى كسرى فى نظام تحكم موزع Mohamed Abdelkarim Mohamed Abdelbaky ; Supervised Hassan Mohamed Rashad Emara , Mohamed Ibrahim Mahmoud Elhawwary - Cairo : Mohamed Abdelkarim Mohamed Abdelbaky , 2016 - 69 P. : facsimiles ; 30cm
Thesis (M.Sc.) - Cairo University - Faculty of Engineering - Department of Eletrical Power and Machines
Fractional-order PID (FOPID) controller is a natural extension of PID controller that used numerously in industrial applications. This thesis discusses the tuning and implementation of FOPID in industrial applications. A program has been developed to implement this controller in an industrial distributed control system (DCS). The optimization algorithms (like genetic algorithm (GA) and particle swarm optimization (PSO)) have been presented to tune the parameters of FOPID to obtain the desired response with application in simulation program (MATLAB). To check experimentally this controller, this developed program has been tested using standard industrial DCS unit and a laboratory unit for controlling the level. Several comparisons of results with the traditional PID controller show that FOPID controller has been successfully implemented in industrial DCS and show a relative improvement in the response of FOPID controller
Distributed control system Fractional-order PID Proportional-integral-derivative
Tuning and implementation of fractionalorder pid controller in a distributed control system / ضبط وتنفيذ متحكم تناسبى - تكاملى - تفاضلى كسرى فى نظام تحكم موزع Mohamed Abdelkarim Mohamed Abdelbaky ; Supervised Hassan Mohamed Rashad Emara , Mohamed Ibrahim Mahmoud Elhawwary - Cairo : Mohamed Abdelkarim Mohamed Abdelbaky , 2016 - 69 P. : facsimiles ; 30cm
Thesis (M.Sc.) - Cairo University - Faculty of Engineering - Department of Eletrical Power and Machines
Fractional-order PID (FOPID) controller is a natural extension of PID controller that used numerously in industrial applications. This thesis discusses the tuning and implementation of FOPID in industrial applications. A program has been developed to implement this controller in an industrial distributed control system (DCS). The optimization algorithms (like genetic algorithm (GA) and particle swarm optimization (PSO)) have been presented to tune the parameters of FOPID to obtain the desired response with application in simulation program (MATLAB). To check experimentally this controller, this developed program has been tested using standard industrial DCS unit and a laboratory unit for controlling the level. Several comparisons of results with the traditional PID controller show that FOPID controller has been successfully implemented in industrial DCS and show a relative improvement in the response of FOPID controller
Distributed control system Fractional-order PID Proportional-integral-derivative