Question: Given the plant of Problem 11.4-4, with the cost function (a) Calculate the feedback gains required to minimize the cost function, using the difference-equation approach
Given the plant of Problem 11.4-4, with the cost function
(a) Calculate the feedback gains required to minimize the cost function, using the difference-equation approach of Section 11.4.
(b) Find the maximum magnitude of u(k) as a function of x(0).
(c) Compare the maximum magnitude of u(k) in part (b) with the value in Problem 11.4-4(c). Explain the difference.
Problem 11.4-4
Given the first-order plant described by![with the cost function x(k+ 1) = 0.6x(k) + 0.5u(k) J3 = [2x(k) + 7u(k)] k = 0](https://dsd5zvtm8ll6.cloudfront.net/images/question_images/1705/6/4/5/73065aa16a2ae8ed1705645729772.jpg)
(a) Calculate the feedback gains required to minimize the cost function, using the partial-differentiation procedure of Section 11.3.
(b) Repeat part (a) using the difference-equation approach of Section 11.4.
(c) Find the maximum magnitude of u(k) as a function of x(0).
3 J, = 2x2(k) k = 0
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