2015
DOI: 10.21608/asat.2015.22942
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Advanced Fast Disturbance Rejection PI Controller for DC Motor Position Control

Abstract: This paper presents an approach to an Advanced Fast Disturbance Rejection Proportional-Integral (AFDR-PI) control system based on a benchmark plant model description. The controller is designed for a balance between performance (response time) and robustness (stability margins). The proposed algorithm associated with the mathematical model has been carried out under MATLAB/SIMULINK environment. A comparison between the Proportional-Integral (PI) controller and AFDR-PI controller has been introduced with applie… Show more

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Cited by 4 publications
(2 citation statements)
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References 5 publications
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“…a) The proposed technique used to avoid the large overshoot is the same in both of classical 1DOF PID and 2DOF PID controller. However, both of them sharply different specifically in realization within linear and nonlinear operation conditions [31]. b) A 2DOF PID controller is capable of fast disturbance rejection without significant increase of overshoot in set point tracking.…”
Section: Controller Evaluationmentioning
confidence: 99%
“…a) The proposed technique used to avoid the large overshoot is the same in both of classical 1DOF PID and 2DOF PID controller. However, both of them sharply different specifically in realization within linear and nonlinear operation conditions [31]. b) A 2DOF PID controller is capable of fast disturbance rejection without significant increase of overshoot in set point tracking.…”
Section: Controller Evaluationmentioning
confidence: 99%
“…A técnica proposta usada para evitar o overshoot é a mesma no controlador PID clássico e no PID adaptativo. No entanto, elas se diferem quando aplicadas para condições de operação não lineares (GAMAL et al, 2015). O controle clássico oferece um desempenho aceito somente dentro da estrutura linear, já o PID adaptativo fornece um desempenho aceito em sistemas lineares e não lineares.…”
Section: Avaliação Do Controladorunclassified