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2009
Benaicha S, Zidani F, Nait-Said R, Nait-Said M-S. Direct Torque with Fuzzy Logic Torque Ripple Reduction Based Stator Flux Vector Control, in Second International Conference on Computer and Electrical Engineering. Vol 2. Dubai, United Arab Emirates ; 2009 :128-133. Publisher's VersionAbstract

The major disadvantages of the conventional direct torque control (DTC) drive is the steady state ripples in torque and flux Using space vector control (SVM) method reduce the torque and stator flux ripples. In this paper, the use of SVM technique, a torque fuzzy controller is proposed to improve DTC performance and reduce significantly torque ripple. Simulation results will be presented and discussed to prove the effective new of the proposed

Benaicha S, Zidani F, Nait-Said R, Nait-Said M-S. Direct Torque with Fuzzy Logic Torque Ripple Reduction Based Stator Flux Vector Control, in Second International Conference on Computer and Electrical Engineering. Vol 2. Dubai, United Arab Emirates ; 2009 :128-133. Publisher's VersionAbstract

The major disadvantages of the conventional direct torque control (DTC) drive is the steady state ripples in torque and flux Using space vector control (SVM) method reduce the torque and stator flux ripples. In this paper, the use of SVM technique, a torque fuzzy controller is proposed to improve DTC performance and reduce significantly torque ripple. Simulation results will be presented and discussed to prove the effective new of the proposed

Benaicha S, Zidani F, Nait-Said R, Nait-Said M-S. Direct Torque with Fuzzy Logic Torque Ripple Reduction Based Stator Flux Vector Control, in Second International Conference on Computer and Electrical Engineering. Vol 2. Dubai, United Arab Emirates ; 2009 :128-133. Publisher's VersionAbstract

The major disadvantages of the conventional direct torque control (DTC) drive is the steady state ripples in torque and flux Using space vector control (SVM) method reduce the torque and stator flux ripples. In this paper, the use of SVM technique, a torque fuzzy controller is proposed to improve DTC performance and reduce significantly torque ripple. Simulation results will be presented and discussed to prove the effective new of the proposed

Bertino E, Blomstedt J, Cao T, Carbunar B, Chen C-M, Chu C-H, Connors DA, Dai Y, Degalahal V, Deswarte Y. 2009 Index IEEE Transactions on Dependable and Secure Computing Vol. 6. NitaNita. 2009;202 :216.
Bertino E, Blomstedt J, Cao T, Carbunar B, Chen C-M, Chu C-H, Connors DA, Dai Y, Degalahal V, Deswarte Y. 2009 Index IEEE Transactions on Dependable and Secure Computing Vol. 6. NitaNita. 2009;202 :216.
Bertino E, Blomstedt J, Cao T, Carbunar B, Chen C-M, Chu C-H, Connors DA, Dai Y, Degalahal V, Deswarte Y. 2009 Index IEEE Transactions on Dependable and Secure Computing Vol. 6. NitaNita. 2009;202 :216.
Bertino E, Blomstedt J, Cao T, Carbunar B, Chen C-M, Chu C-H, Connors DA, Dai Y, Degalahal V, Deswarte Y. 2009 Index IEEE Transactions on Dependable and Secure Computing Vol. 6. NitaNita. 2009;202 :216.
Bertino E, Blomstedt J, Cao T, Carbunar B, Chen C-M, Chu C-H, Connors DA, Dai Y, Degalahal V, Deswarte Y. 2009 Index IEEE Transactions on Dependable and Secure Computing Vol. 6. NitaNita. 2009;202 :216.
Bertino E, Blomstedt J, Cao T, Carbunar B, Chen C-M, Chu C-H, Connors DA, Dai Y, Degalahal V, Deswarte Y. 2009 Index IEEE Transactions on Dependable and Secure Computing Vol. 6. NitaNita. 2009;202 :216.
Bertino E, Blomstedt J, Cao T, Carbunar B, Chen C-M, Chu C-H, Connors DA, Dai Y, Degalahal V, Deswarte Y. 2009 Index IEEE Transactions on Dependable and Secure Computing Vol. 6. NitaNita. 2009;202 :216.
Bertino E, Blomstedt J, Cao T, Carbunar B, Chen C-M, Chu C-H, Connors DA, Dai Y, Degalahal V, Deswarte Y. 2009 Index IEEE Transactions on Dependable and Secure Computing Vol. 6. NitaNita. 2009;202 :216.
Bertino E, Blomstedt J, Cao T, Carbunar B, Chen C-M, Chu C-H, Connors DA, Dai Y, Degalahal V, Deswarte Y. 2009 Index IEEE Transactions on Dependable and Secure Computing Vol. 6. NitaNita. 2009;202 :216.
Bertino E, Blomstedt J, Cao T, Carbunar B, Chen C-M, Chu C-H, Connors DA, Dai Y, Degalahal V, Deswarte Y. 2009 Index IEEE Transactions on Dependable and Secure Computing Vol. 6. NitaNita. 2009;202 :216.
Dendouga A, Abdessemed R, Bendaas M-L. Active and reactive powers control of a doubly-fed induction generator fed by matrix converter. European Power Electronics and Drives; EPE JournalEuropean Power Electronics and Drives; EPE Journal. 2009;19.
Dendouga A, Abdessemed R, Bendaas M-L. Active and reactive powers control of a doubly-fed induction generator fed by matrix converter. European Power Electronics and Drives; EPE JournalEuropean Power Electronics and Drives; EPE Journal. 2009;19.
Dendouga A, Abdessemed R, Bendaas M-L. Active and reactive powers control of a doubly-fed induction generator fed by matrix converter. European Power Electronics and Drives; EPE JournalEuropean Power Electronics and Drives; EPE Journal. 2009;19.
FORTAKI T, BENKOUDA S, Amir M, Benghalia A. Air gap tuning effect on the resonant frequency and half-power bandwidth of superconducting microstrip patch. PIERS onlinePIERS online. 2009;5 :350-354.
FORTAKI T, BENKOUDA S, Amir M, Benghalia A. Air gap tuning effect on the resonant frequency and half-power bandwidth of superconducting microstrip patch. PIERS onlinePIERS online. 2009;5 :350-354.
FORTAKI T, BENKOUDA S, Amir M, Benghalia A. Air gap tuning effect on the resonant frequency and half-power bandwidth of superconducting microstrip patch. PIERS onlinePIERS online. 2009;5 :350-354.
FORTAKI T, BENKOUDA S, Amir M, Benghalia A. Air gap tuning effect on the resonant frequency and half-power bandwidth of superconducting microstrip patch. PIERS onlinePIERS online. 2009;5 :350-354.

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