Consider the system å = Ax + Bu, y= Cx with 1 -1 2 A = 1 -1 B = 2 C = [1 0 0] 1 1 3 Design a controller K such that the control input u = -Kâ places the poles of A – BK at {-2, -1±j}. âæ is the...


Consider the system å = Ax + Bu, y= Cx with<br>1<br>-1<br>2<br>A =<br>1<br>-1<br>B =<br>2<br>C = [1 0 0]<br>1<br>1<br>3<br>Design a controller K such that the control input u = -Kâ places the poles of A – BK at {-2, -1±j}. âæ is the estimated value of x obtained using the<br>below observer design specifications: (I) ââ is the state of a full-order observer whose poles are located at {-5, -4, –3}.<br>10) Total number of state variables in the output-feedback (comprising the plant and the observer) system defined by (1) are<br>

Extracted text: Consider the system å = Ax + Bu, y= Cx with 1 -1 2 A = 1 -1 B = 2 C = [1 0 0] 1 1 3 Design a controller K such that the control input u = -Kâ places the poles of A – BK at {-2, -1±j}. âæ is the estimated value of x obtained using the below observer design specifications: (I) ââ is the state of a full-order observer whose poles are located at {-5, -4, –3}. 10) Total number of state variables in the output-feedback (comprising the plant and the observer) system defined by (1) are

Jun 11, 2022
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