Introduction to Aee582 5
Let's dive into the details surrounding Aee582 5. Internal stability. Transfer functions of interconnected systems may hide important internal dynamics. State-space models will ...
Aee582 5 Comprehensive Overview
Introduction to the AE582 course. General review of control systems theory. Mathematical representation of LTI systems. Transfer ... State-space representation of LTI systems. How to go from sate-space to transfer function. Similarity transformations. Definition of robustness. What is the goal of Robust control? Nyquist stability criterion, phase, gain and time delay margins.
Linear algebra review. Vector spaces and subspaces. Column and null spaces of a matrix. Basis of a vector space.
Summary & Highlights for Aee582 5
- Kalman canonical decomposition, observability.
- Eigenvalues and eigenvectors. Diagonalization of LTI systems through similarity transformation and its dynamic interpretation.
- Lyapunov stability for linear systems.
- Review of frequency domain analysis. Bode plot and Nyquist plot.
- Signal norms.
That wraps up our extensive overview of Aee582 5.