A Guide to Updating Your Local Repository with Git in Anaconda’s Virtual Environment

Feedback Control
Frequently Asked Questions (FAQ)
Syllabus for “Principles of Automatic Control”
Table of Contents
A Guide to Updating Your Local Repository with Git in Anaconda’s Virtual Environment
Getting Started with Python and Jupyter Notebooks
Principles of Automatic Control
Introduction to Feedback Control Systems
Introduction to the control problem
Modeling in Control Systems
Dynamic response of control systems
Inverse Laplace Transform: Partial fraction decomposition
Introduction to Modeling of Dynamic Systems
Control System Components
Models of Controlled Devices
Hardware of Control Systems and Case Studies
AC Motion Control Systems
A Feedback Control System
Principles of Feedback Control
Feedback systems and their effects
Introduction to Control Systems
Stability Analysis in Control Systems
Stability Analysis in Control Systems
Performance of Feedback Systems
Design Cycle for a Standard Second-Order System
Understanding the Standard Second-Order System: Recap
Steady State Accuracy and Design Principles
Compensator Design
Design with the Root Locus
Compensators and the Root Locus
Introduction to Frequency Domain Analysis in Control Systems
Application of Nyquist Stability Criterion in Control Systems
The Nyquist Stability Criterion and Relative Stability
Bode Plot Analysis
Feedback System Performance Based On Frequency Response
Principles of Automatic Control: Lead and Lag Compensation
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A Guide to Updating Your Local Repository with Git in Anaconda’s Virtual Environment