Template:Control theory

v t e Control theory
Branches	Adaptive control Control theory Digital control Energy-shaping control Fuzzy control Hybrid control Intelligent control Model predictive control Multivariable control Neural control Nonlinear control Optimal control Real-time control Robust control Stochastic control
System properties	Bode plot Block diagram Closed-loop transfer function Controllability Fourier transform Frequency response Laplace transform Negative feedback Observability Performance Positive feedback Root locus ethod Servomechanism Signal-flow graph State space representation Stability theory Steady state analysis & design System dynamics Transfer function
Digital control	Discrete-time signal Digital signal processing Quantization Real time software Sampled data System identification Z-transform
Advanced techniques	Artificial neural network Coefficient diagram method Control reconfiguration Distributed parameter systems Fractional-order control Fuzzy logic H-infinity loop-shaping Hankel singular value Kalman filter Krener's theorem Least squares Lyapunov stability Minor loop feedback Perceptual control theory State observer Vector control
Controllers	Embedded controller Closed-loop controller Lead-lag compensator Numerical control PID controller Programmable logic controller
Control applications	Automation and Remote Control Distributed control system Electric motors Industrial control systems Mechatronics Motion control Process control Robotics Supervisory control (SCADA)