New Feed-Forward/Feedback Generalized Minimum Variance Self-tuning Pole-placement Controller
A new Feed-Forward/Feedback Generalized
Minimum Variance Pole-placement Controller to incorporate the
robustness of classical pole-placement into the flexibility of
generalized minimum variance self-tuning controller for Single-Input
Single-Output (SISO) has been proposed in this paper. The design,
which provides the user with an adaptive mechanism, which ensures
that the closed loop poles are, located at their pre-specified positions.
In addition, the controller design which has a feed-forward/feedback
structure overcomes the certain limitations existing in similar poleplacement
control designs whilst retaining the simplicity of
adaptation mechanisms used in other designs. It tracks set-point
changes with the desired speed of response, penalizes excessive
control action, and can be applied to non-minimum phase systems.
Besides, at steady state, the controller has the ability to regulate the
constant load disturbance to zero. Example simulation results using
both simulated and real plant models demonstrate the effectiveness of
the proposed controller.
[1] A.S. Zayed, Minimum Variance Based Adaptive PID Control Design,
M.Phil Thesis, Industrial Control Centre, University of Strathclyde,
Glasgow, U.K, 1997.
[2] A. Hussain, A. Zayed & L. Smith, "A New Neural Network and poleplacement
Based Adaptive composite self-tuning controller",
proceedings 5th IEEE international multi-topic Conference
(INMIC-2001), Lahore, 28-31 Dec 2001, 267-271.
[3] K. J. Astrom, and B. Whittenmark, 1995, ÔÇÿAdaptive Control- Addison-
Wesley.
[4] D. E. Seborg., T. F. Edger and D. A. Mellichamp, 2004, ÔÇÿProcess
Dynamics and Control- Jhon Wiley & Sons
[5] K. J. Astrom and B. Wittenmark, Self-tuning, controller based on
pole-zero placement, proc. Inst. Electer. Engineering, part D, 127, 1980,
120-130.
[6] P. Wellstead and M. Zarrop, self-tuning systems: Control and Signal
Processing (John Wiley and Sons, U, K, 1991)
[7] F. Cameron and D. E. Seborg, A self-tuning controller with a PID
structure, Int. J. control, Vol. 38, 1983, pp401-417.
[8] D. W. Clarck, and P.J. Gawthrop, ÔÇÿSelf-tuning controller- proc. IEE.,
1975, 122, (9), pp. 929-934
[9] R. Yuosf, S. Omatu and M. Khalid, Temperature control of a water bath
by self-tuning PI controller, INT. J. SYSTEM SCI., 25, 1994, 1391-1404
[10] A. Allidina , and F. Hughes, Generalized self-tuning controller with pole
assignment, proc. Inst. Electrical Engineering, Part D, 127, 1980, 13-18
[1] A.S. Zayed, Minimum Variance Based Adaptive PID Control Design,
M.Phil Thesis, Industrial Control Centre, University of Strathclyde,
Glasgow, U.K, 1997.
[2] A. Hussain, A. Zayed & L. Smith, "A New Neural Network and poleplacement
Based Adaptive composite self-tuning controller",
proceedings 5th IEEE international multi-topic Conference
(INMIC-2001), Lahore, 28-31 Dec 2001, 267-271.
[3] K. J. Astrom, and B. Whittenmark, 1995, ÔÇÿAdaptive Control- Addison-
Wesley.
[4] D. E. Seborg., T. F. Edger and D. A. Mellichamp, 2004, ÔÇÿProcess
Dynamics and Control- Jhon Wiley & Sons
[5] K. J. Astrom and B. Wittenmark, Self-tuning, controller based on
pole-zero placement, proc. Inst. Electer. Engineering, part D, 127, 1980,
120-130.
[6] P. Wellstead and M. Zarrop, self-tuning systems: Control and Signal
Processing (John Wiley and Sons, U, K, 1991)
[7] F. Cameron and D. E. Seborg, A self-tuning controller with a PID
structure, Int. J. control, Vol. 38, 1983, pp401-417.
[8] D. W. Clarck, and P.J. Gawthrop, ÔÇÿSelf-tuning controller- proc. IEE.,
1975, 122, (9), pp. 929-934
[9] R. Yuosf, S. Omatu and M. Khalid, Temperature control of a water bath
by self-tuning PI controller, INT. J. SYSTEM SCI., 25, 1994, 1391-1404
[10] A. Allidina , and F. Hughes, Generalized self-tuning controller with pole
assignment, proc. Inst. Electrical Engineering, Part D, 127, 1980, 13-18
@article{"International Journal of Electrical, Electronic and Communication Sciences:63479", author = "S. A. Mohamed and A. S. Zayed and O. A. Abolaeha", title = "New Feed-Forward/Feedback Generalized Minimum Variance Self-tuning Pole-placement Controller", abstract = "A new Feed-Forward/Feedback Generalized
Minimum Variance Pole-placement Controller to incorporate the
robustness of classical pole-placement into the flexibility of
generalized minimum variance self-tuning controller for Single-Input
Single-Output (SISO) has been proposed in this paper. The design,
which provides the user with an adaptive mechanism, which ensures
that the closed loop poles are, located at their pre-specified positions.
In addition, the controller design which has a feed-forward/feedback
structure overcomes the certain limitations existing in similar poleplacement
control designs whilst retaining the simplicity of
adaptation mechanisms used in other designs. It tracks set-point
changes with the desired speed of response, penalizes excessive
control action, and can be applied to non-minimum phase systems.
Besides, at steady state, the controller has the ability to regulate the
constant load disturbance to zero. Example simulation results using
both simulated and real plant models demonstrate the effectiveness of
the proposed controller.", keywords = "Pole-placement, Minimum variance control,
self-tuning control and feedforward control.", volume = "3", number = "1", pages = "129-4", }