Title of article
Embedded system based on a real time fuzzy motor speed controller
Author/Authors
Ramadan, Ebrahim Abd El-Hamid Mohamed Menofia University - Faculty of Electronic Engineering - Department of Industrial Electronics and Control, Egypt , El-Bardini, Mohammad Menofia University - Faculty of Electronic Engineering - Department of Industrial Electronics and Control Engineering, Egypt , El-Rabaie, Nabila M. Menofia University - Faculty of Electronic Engineering - Department of Industrial Electronics and Control, Egypt , Fkirin, Mohamed A. Menofia University - Faculty of Electronic Engineering - Department of Industrial Electronics and Control, Egypt
From page
399
To page
409
Abstract
This paper describes an implementation of a fuzzy logic control (FLC) system and a/the conventional proportional-integral (PI) controller for speed control of DC motor, based on field programmable gate array (FPGA) circuit. The proposed scheme is aimed to improve the tracking performance and to eliminate the load disturbance in the speed control of DC motors. The proposed fuzzy system has been applied to a permanent magnet DC motor, via a configuration of H-bridge. The fuzzy control algorithm is designed and verified with a nonlinear model, using the MATLAB® tools. Both FLC and conventional PI controller hardware are synthesized, functionally verified and implemented using Xilinx Integrated Software Environment (ISE) Version 11.1i. The real time implementation of these controllers is made on Spartan-3E FPGA starter kit (XC3S500E).The practical results showed that the proposed FLC scheme has better tracking performance thanthe conventional PI controller for the speed control of DC motors.
Keywords
Fuzzy logic control , PI controller , VHDL , FPGA , Spartan , 3E starter kit
Journal title
Ain Shams Engineering Journal
Journal title
Ain Shams Engineering Journal
Record number
2649014
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