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1. Introduction to Robotics and Mechatronics
2. Foundational Mathematics and Physics
3. Mechanical Systems in Robotics
4. Electronic Systems and Components
5. Sensors and Perception Systems
6. Actuators and Drive Systems
7. Control Systems Engineering
8. Computation and Intelligence
9. System Integration and Applications
Control Systems Engineering
Foundations of Control Theory
System Modeling
Physical System Modeling
Mathematical Models
Transfer Functions
Laplace Transform
Poles and Zeros
State-Space Representation
State Variables
State Equations
Output Equations
System Response
Time Domain Response
Step Response
Impulse Response
Ramp Response
Frequency Domain Response
Frequency Response
Bode Plots
Nyquist Plots
Transient Response
Steady-State Response
Stability Analysis
BIBO Stability
Routh-Hurwitz Criterion
Nyquist Criterion
Root Locus Method
Bode Stability Margins
Classical Control
Open-Loop Control
System Structure
Advantages and Disadvantages
Closed-Loop Control
Feedback Principles
Error Signal
Reference Tracking
Proportional-Integral-Derivative Control
Proportional Control
Proportional Gain
Steady-State Error
Integral Control
Integral Windup
Reset Windup
Derivative Control
Noise Amplification
Derivative Kick
PID Tuning Methods
Ziegler-Nichols Method
Cohen-Coon Method
Manual Tuning
Auto-Tuning
Root Locus Design
Construction Rules
Interpretation
Controller Design
Frequency Domain Design
Bode Plot Design
Gain Margin
Phase Margin
Lead-Lag Compensation
Modern and Advanced Control
State-Space Control Design
Controllability
Controllability Matrix
Controllability Tests
Observability
Observability Matrix
Observability Tests
Pole Placement
Ackermann's Formula
Design Procedure
Observers and Estimators
Full-Order Observers
Reduced-Order Observers
Luenberger Observer
Kalman Filter
Optimal Control
Linear Quadratic Regulator
Cost Function
Riccati Equation
Design Procedure
Linear Quadratic Gaussian
Robust Control
Uncertainty Modeling
H-infinity Control
Mu-Synthesis
Disturbance Rejection
Adaptive Control
Model Reference Adaptive Control
Self-Tuning Regulators
Parameter Estimation
Nonlinear Control
Linearization Techniques
Feedback Linearization
Sliding Mode Control
Lyapunov Stability Theory
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