Download Advanced Discrete-Time Control: Designs and Applications by Khalid Abidi, Jian-Xin Xu PDF

By Khalid Abidi, Jian-Xin Xu

This booklet covers a large spectrum of platforms akin to linear and nonlinear multivariable structures in addition to regulate difficulties resembling disturbance, uncertainty and time-delays. the aim of this ebook is to supply researchers and practitioners a guide for the layout and alertness of complicated discrete-time controllers. The ebook offers six diverse regulate methods reckoning on the kind of process and keep an eye on challenge. the 1st and moment methods are in accordance with Sliding Mode keep an eye on (SMC) concept and are meant for linear structures with exogenous disturbances. The 3rd and fourth methods are in keeping with adaptive keep an eye on idea and are geared toward linear/nonlinear platforms with periodically various parametric uncertainty or platforms with enter hold up. The 5th process relies on Iterative studying regulate (ILC) concept and is geared toward doubtful linear/nonlinear structures with repeatable projects and the ultimate method is predicated on fuzzy good judgment regulate (FLC) and is meant for hugely doubtful platforms with heuristic keep an eye on wisdom. targeted numerical examples are supplied in each one bankruptcy to demonstrate the layout technique for every keep an eye on procedure. a couple of functional keep watch over purposes also are awarded to teach the matter fixing approach and effectiveness with the complex discrete-time keep watch over techniques brought during this book.

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Extra info for Advanced Discrete-Time Control: Designs and Applications

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8958]T respectively. 8872 . 0034 . 45) The delayed disturbance compensation is used. 1a shows that the system state x1 (t) is asymptotically stable for both discrete-time SM control and ISM control, which show almost the same behavior globally. 1b. The control inputs are shown in Fig. 2. Note that the control inputs of the SM control has much larger values at the initial phase in comparison with ISM control, due to the existence of deadbeat poles. 50). To demonstrate the quality of both designs, the open-loop transfer function matrices, G i,OLj , for the systems with SM and ISM are computed and Bode plots of some elements are shown in Fig.

1 does not hold for the time instant k because v(t) becomes extremely big. 1 will be satisfied immediately after the time instant k if the disturbance becomes smooth again. From this point of view, the delay based estimation has a very small time-delay or equivalently a large bandwidth. 9 Although the state-feedback approach may seem to be not very practical for a number of output tracking tasks, this section serves as a precursor to the outputfeedback-based and state-observer-based approaches to be explored in subsequent sections.

2 & C= 1 0 . 0042 & C= 1 0 . 998. Therefore, the output-feedback approach with the reference model in Sect. 5 is the only option. Using the same disturbance f (t) and reference trajectory rk , the system is simulated. 4 Fig. 8 Tracking error of ISM control and PI controllers a Transient performance b Steady-State performance Fig. 1 compared with that of a PI controller having a proportional gain of kp = 200 and integral gain of ki = 30. As it can be seen from Fig. 8, the performance is quite good and better than that of a PI controller.

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