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Computer Science
Control Systems
Control Systems
1. Introduction to Control Systems
2. Mathematical Foundations
3. Mathematical Modeling of Dynamic Systems
4. Time-Domain Analysis
5. Stability Analysis
6. Root Locus Method
7. Frequency-Domain Analysis
8. Control System Design
9. State-Space Analysis
10. State-Space Design
11. Digital Control Systems
12. Nonlinear Control Systems
13. Advanced Control Topics
Control System Design
Design Specifications
Performance Requirements
Transient Response Specifications
Steady-State Error Specifications
Frequency Response Specifications
Stability Requirements
Robustness Requirements
Design Constraints
Controller Structures
Series Compensation
Parallel Compensation
Feedback Compensation
Feedforward Compensation
PID Controllers
Proportional Control
Effect on System Performance
Advantages and Disadvantages
Integral Control
Steady-State Error Elimination
Effect on Stability
Derivative Control
Transient Response Improvement
Noise Sensitivity
PI Controllers
Design and Tuning
PD Controllers
Design and Tuning
PID Controllers
Design and Tuning
PID Tuning Methods
Ziegler-Nichols Method
Cohen-Coon Method
Trial and Error Method
Software-Based Tuning
Lead and Lag Compensation
Lead Compensation
Transfer Function
Design Procedure
Effect on System Response
Lag Compensation
Transfer Function
Design Procedure
Effect on System Response
Lead-Lag Compensation
Transfer Function
Design Procedure
Combined Effects
Design Using Root Locus
Performance Improvement
Transient Response Enhancement
Steady-State Error Reduction
Compensator Design
Lead Compensator Design
Lag Compensator Design
Lead-Lag Compensator Design
Design Using Frequency Response
Bode Plot Design
Gain and Phase Margin Design
Bandwidth Design
Compensator Design
Lead Compensator Design
Lag Compensator Design
Lead-Lag Compensator Design
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7. Frequency-Domain Analysis
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9. State-Space Analysis