Question: Consider the rover system from Homework 8. Recall that naively discretizing an analog controller did not produce the desired system response. Instead designing a

Consider the rover system from Homework 8. Recall that naively discretizing an

Consider the rover system from Homework 8. Recall that naively discretizing an analog controller did not produce the desired system response. Instead designing a digital controller directly proved to be a better method for controlling the system. With this wisdom in hand, Zac now sets out to design an optimal digital controller to drive up a hill. To make his job easier, he constrains his controller to the following form where K R is a tunable gain. 0.4 D(z) = K+ z-1 (1) Unfortunately, he does not know how to find an optimal gain or even what optimality means quan- titatively. However, armed with an engineer's greatest tool, brute force, he plans to partition the interval a < K

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