What This Document Is
This is a detailed class outline for EE128, Feedback Control Systems, offered at the University of California, Berkeley. It serves as a roadmap for the course, providing a comprehensive overview of the topics, schedule, and expectations for students enrolled in the Fall 2006 semester. It’s designed to give a clear understanding of the course structure and the key areas of focus within the field of control systems.
Why This Document Matters
This outline is invaluable for prospective students, current students, and anyone seeking to understand the scope of a university-level feedback control systems course. It’s particularly useful at the beginning of the semester to plan study schedules, understand grading criteria, and identify areas where prior knowledge may be needed. Students can use this to gauge the course’s intensity and align their learning strategies accordingly. It also benefits individuals reviewing the curriculum or comparing it to other control systems courses.
Topics Covered
* Mathematical Modeling of Dynamic Systems (Electrical & Mechanical)
* Time Domain Analysis techniques
* Stability Analysis methods (including Routh’s criterion and Root Locus)
* Frequency Response Analysis (Nyquist criteria, margins)
* Controller Design (PID, Lead/Lag compensation)
* State-Space Representation and Theory
* Controllability and Observability
* Discrete-Time System Analysis
What This Document Provides
* A complete listing of course logistics, including instructor and GSI contact information.
* A breakdown of the grading components and their respective weights (Homework, Lab, Midterm, Final).
* A week-by-week syllabus overview, indicating the general pacing of topics.
* Required textbook information for the course.
* An introduction to the core concepts and methodologies explored in feedback control systems.
