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Review of The Representation of Systems By Transfer Functions And State Equations in Continuous and Discrete Time. Controllability And Observability, Minimality, Canonical Forms. Methods For System Stability Analysis. Systems Specifications, System Types. The Control Problem, Feedback Properties. Control System Design Using Compensation Networks. Introduction to Discrete Time Control. The Root-locus Method.

Faculty: Electrical and Computer Engineering
|Undergraduate Studies

Pre-required courses

44130 - Signals and Systems or 44131 - Signals and Systems

Course with no extra credit

34040 - Introduction to Control

• Automatic control systems - Golnaraghi, M. F.
• Automatic control systems - Kuo, Benjamin C.
• Control system design - Goodwin, Graham C.
• Control systems engineering - Nise, Norman S.
• Control systems engineering - Nise, Norman S.,
• Feedback control of dynamic systems - Franklin, Gene F.
• Feedback control of dynamic systems - Franklin, Gene F.
• Feedback control of dynamic systems - Franklin, Gene F.
• Feedback control of dynamic systems - Franklin, Gene F.
• Linear control system analysis and design : with MATLAB - D'Azzo, John J.
• Linear control system analysis and design with MATLAB - D'Azzo, John J.
• Linear control system analysis and design with MATLAB - Houpis, Constantine H.
• Linear control system analysis and design: conventional and modern - D'Azzo, John J.
• Linear systems - Kailath, Thomas
• Modern control systems - Dorf, Richard C.
• Modern control systems - Dorf, Richard C.
• Modern control systems - Dorf, Richard C.
• Modern control systems - Dorf, Richard C.
• Modern control systems - Dorf, Richard C.