- Introduction: system state space representation, purpose and state variables,
- Space state representation conversion to transfer function,
- Transfer function conversion to space state representation,
- State matrix, input matrix and output matrix determination,
- State equation resolution: linear continuous LTI system cases and their quantization,
- Asymptotic stability,
- Controllability and observability,
- Modal control, feedback matrix determination using Ackermann’s formula,
- Theory of state observers.
- Space state representation conversion to transfer function,
- Transfer function conversion to space state representation,
- State matrix, input matrix and output matrix determination,
- State equation resolution: linear continuous LTI system cases and their quantization,
- Asymptotic stability,
- Controllability and observability,
- Modal control, feedback matrix determination using Ackermann’s formula,
- Theory of state observers.