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2009 Lecture Side. January 2009. Lecture by. Analysis of Control Systems in State Space. Chapter Eleven week2. Control Engineering. Review Exercise. จงแปลง Transfer Function ให้อยู่ในรูปบัญญัติ ( Controllable และ Jordan Canonical Form ) ?. Control Engineering.
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2009 Lecture Side January 2009 Lecture by Analysis of Control Systems in State Space Chapter Eleven week2 Control Engineering
Review Exercise จงแปลง Transfer Function ให้อยู่ในรูปบัญญัติ ( Controllable และ Jordan Canonical Form ) ? Control Engineering 2009 Subject Name Automotive Automatic Control
Solving the time-invariant state equation review the solution of the scalar differential equation by assume a solution x(t) of the form Als; t = 0 : Aerospace Engineering 2009 Subject Name Aircraft Materials
Solving the time-invariant state equation (2) now solve the vector-matrix differential equation assume that the solution in the form of vector power series in t, also, Aerospace Engineering 2009 Subject Name Aircraft Materials
Solving the time-invariant state equation (3) t = 0; Aerospace Engineering 2009 Subject Name Aircraft Materials
Laplace Transform Approach to the Solution of Homogeneous State Equation Take Laplace transform Take inverse Laplace transform Control Engineering 2009 Subject Name Automotive Automatic Control
Laplace Transform Approach to the Solution of Homogeneous State Equation (2) Control Engineering 2009 Subject Name Automotive Automatic Control
State - Transition Matrix Control Engineering 2009 Subject Name Automotive Automatic Control
Example Control Engineering 2009 Subject Name Automotive Automatic Control
Exercise 1 Find x1(t) , x2(t) The initial condition Control Engineering 2009 Subject Name Automotive Automatic Control
Exercise 1 (Solution) Control Engineering 2009 Subject Name Automotive Automatic Control
Solution of Nonhomogeneous State Equation Control Engineering 2009 Subject Name Automotive Automatic Control
Solution of Nonhomogeneous State Equation (2) Control Engineering 2009 Subject Name Automotive Automatic Control
Solution of Nonhomogeneous State Equation (3) Control Engineering 2009 Subject Name Automotive Automatic Control
Example 2 Control Engineering 2009 Subject Name Automotive Automatic Control
Exercise 2 Find x1(t) , x2(t) The initial condition Input is Unit Step Control Engineering 2009 Subject Name Automotive Automatic Control
Exercise 2 (Solution) Control Engineering 2009 Subject Name Automotive Automatic Control
Matrix Exponential eAt Control Engineering 2009 Subject Name Automotive Automatic Control
Matrix Exponential eAt Method 1 : Solution Control Engineering 2009 Subject Name Automotive Automatic Control
Example 3 Control Engineering 2009 Subject Name Automotive Automatic Control
Example 3 Control Engineering 2009 Subject Name Automotive Automatic Control
Matrix Exponential eAt Control Engineering 2009 Subject Name Automotive Automatic Control
Matrix Exponential eAt Control Engineering 2009 Subject Name Automotive Automatic Control
Example 4 Control Engineering 2009 Subject Name Automotive Automatic Control
Exercise 4 ( โดยการหา state-transition matrix ใช้ทั้ง 3 วิธี) Control Engineering 2009 Subject Name Automotive Automatic Control
Exercise 4 Control Engineering 2009 Subject Name Automotive Automatic Control
Laplace Transform Control Engineering 2009 Subject Name Automotive Automatic Control