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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
Frequency-Domain Analysis
Frequency Response Concepts
Sinusoidal Steady-State Response
Frequency Response Function
Magnitude and Phase Response
Frequency Domain vs Time Domain
Bode Plots
Bode Plot Construction
Magnitude Plot
Phase Plot
Logarithmic Scales
Asymptotic Approximations
Constant Term
Pole at Origin
Zero at Origin
Simple Pole
Simple Zero
Complex Poles and Zeros
Composite Bode Plots
Minimum Phase Systems
Non-Minimum Phase Systems
Polar Plots
Polar Plot Construction
Key Features
Low Frequency Behavior
High Frequency Behavior
Symmetry Properties
Relationship to Transfer Function
Nyquist Stability Criterion
Nyquist Path
Nyquist Plot
Principle of the Argument
Encirclement Rule
Stability Determination
Stable Systems
Unstable Systems
Marginal Cases
Special Cases
Poles on Imaginary Axis
Poles at Origin
Stability Margins
Gain Margin
Calculation from Bode Plot
Calculation from Nyquist Plot
Phase Margin
Calculation from Bode Plot
Calculation from Nyquist Plot
Stability Margin Interpretation
Closed-Loop Frequency Response
M-Circles
N-Circles
Nichols Chart
Bandwidth
Resonant Peak
Resonant Frequency
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6. Root Locus Method
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8. Control System Design