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Learn multivariable control systems
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Module 2
Fundamental System Properties
1
Eigenvalue Stability Analysis
Determine the stability of a system by analyzing the eigenvalues of the state matrix.
2
Understanding Controllability
Define controllability and explain its physical interpretation in the context of state control.
3
Controllability Matrix and System Controllability
Compute the controllability matrix and use its rank to determine if a system is controllable.
4
Observability in State Estimation
Define observability and explain its physical interpretation in the context of state estimation.
5
Observability Matrix & System Observability
Compute the observability matrix and use its rank to determine if a system is observable.
6
Pole-Zero Cancellations and System Modes
Relate uncontrollable or unobservable modes to pole-zero cancellations in a system's transfer function.
Previous module
Modeling Dynamic Systems in State-Space
Next module
Modeling and Analysis of MIMO Systems