This paper describes a new method for the design of a speed controller using a genetic algorithm to improve the dynamic performance of induction motor drives. The control signal is based on the instantaneous speed deviation and acceleration of the motor and on a set of simple fuzzy control rules. A novel approach is proposed to generate the control rules, and thus increase the effectiveness of the controller. A genetic algorithm is used to search for optimal setting of the controller parameters. The proposed control algorithm was successfully implemented using a 1.5 hp three-phase induction motor fed from a pulse width modulation inverter and a digital signal processor (DSP-TMS320C31). Simulation and experimental results show a good performance of the system under study with the proposed speed controller over a range of operating conditions.
A. F. Saleh, R., & E. El-Kholy, E. (2003). A Genetic Algorithm-Based Novel Speed Controllere for Induction Motor Drives. ERJ. Engineering Research Journal, 26(4), 25-36. doi: 10.21608/erjm.2003.82579
MLA
R A. F. Saleh; E. E. El-Kholy. "A Genetic Algorithm-Based Novel Speed Controllere for Induction Motor Drives", ERJ. Engineering Research Journal, 26, 4, 2003, 25-36. doi: 10.21608/erjm.2003.82579
HARVARD
A. F. Saleh, R., E. El-Kholy, E. (2003). 'A Genetic Algorithm-Based Novel Speed Controllere for Induction Motor Drives', ERJ. Engineering Research Journal, 26(4), pp. 25-36. doi: 10.21608/erjm.2003.82579
VANCOUVER
A. F. Saleh, R., E. El-Kholy, E. A Genetic Algorithm-Based Novel Speed Controllere for Induction Motor Drives. ERJ. Engineering Research Journal, 2003; 26(4): 25-36. doi: 10.21608/erjm.2003.82579
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