1) Consider the system below. The plant is given by: and where 9 and The system uses state feedback control. Choose the desired closed-loop poles to be at and. Using MATLAB: a) Plot the step responses without state feedback. b) Determine the stability of the system with an eigen value approach. c) Determine the stability of the system with an Routh Hurwitz approach. d) Determine the state feedback gain matrix with a Pole Placement approach. e) Determine the new system and plot its step response.

Computer Networking: A Top-Down Approach (7th Edition)
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Author:James Kurose, Keith Ross
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1) Consider the system below. The plant is given by:
and
where
9
and
The system uses state feedback control. Choose the desired
closed-loop poles to be at and. Using MATLAB:
a) Plot the step responses without state feedback.
b) Determine the stability of the system with an eigen
value approach.
c) Determine the stability of the system with an Routh
Hurwitz approach.
d) Determine the state feedback gain matrix with a Pole
Placement approach.
e) Determine the new system and plot its step response.
Transcribed Image Text:1) Consider the system below. The plant is given by: and where 9 and The system uses state feedback control. Choose the desired closed-loop poles to be at and. Using MATLAB: a) Plot the step responses without state feedback. b) Determine the stability of the system with an eigen value approach. c) Determine the stability of the system with an Routh Hurwitz approach. d) Determine the state feedback gain matrix with a Pole Placement approach. e) Determine the new system and plot its step response.
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