목차
Chapter 12. Design of A PID Controller For An Inverted Pendulum
1. OBJECT
2. THEORY
3. DISCUSSION
Chapter 13. Design of A Controller For Inverted Pendulums
Using State-Feedback & Observer
1. OBJECT
2. THEORY
3. DISCUSSION
1. OBJECT
2. THEORY
3. DISCUSSION
Chapter 13. Design of A Controller For Inverted Pendulums
Using State-Feedback & Observer
1. OBJECT
2. THEORY
3. DISCUSSION
본문내용
Chapter 12. Design of A PID Controller For An Inverted Pendulum
1.OBJECT
- Design a PID controller which control the cart to position of zero and the pendulum to angle of perpendicular.
- Verify the designed PID controller by simulation and experiments.
- Tune the PID parameters and make better PID controller.
2. THEORY
- Nonlinear model of the pendulum system
-Linear model of the pendulum system
-Linear model of the upright-positioned pendulum system
< 중략 >
Chapter 13. Design of A Controller For Inverted Pendulums
Using State-Feedback & Observer
1.OBJECT
-Design a state-feedback controller to keep the angle of the pendulum perpendicular and keep the position of the cart zero.
- Design an observer to estimate the unmeasured state variables
- Apply the controller to the inverted pendulum cart and observe the system response.
2. THEORY
- State-Space Equation of Inverted Pendulum
1.OBJECT
- Design a PID controller which control the cart to position of zero and the pendulum to angle of perpendicular.
- Verify the designed PID controller by simulation and experiments.
- Tune the PID parameters and make better PID controller.
2. THEORY
- Nonlinear model of the pendulum system
-Linear model of the pendulum system
-Linear model of the upright-positioned pendulum system
< 중략 >
Chapter 13. Design of A Controller For Inverted Pendulums
Using State-Feedback & Observer
1.OBJECT
-Design a state-feedback controller to keep the angle of the pendulum perpendicular and keep the position of the cart zero.
- Design an observer to estimate the unmeasured state variables
- Apply the controller to the inverted pendulum cart and observe the system response.
2. THEORY
- State-Space Equation of Inverted Pendulum
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