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ELEC324: Feedback Control and Dynamic Systems |
Introduction to feedback - adjusting the input of a system by comparing the desired output to the actual output. Examples of continuous and discrete feedback systems in telecommunications, computing and electronics. System dynamics. Stability and performance - why a systematic approach to feedback is required. Frequency-domain analysis - Laplace transforms, z-transforms, Nyquist theorem and Bode plots. Poles and stability. Control-system design. State-space description of dynamic systems and analogy to state machines, canonical state-space descriptions, state-space control design using pole placement. Robustness issues.
| Credit Points: | 3 |
| Contact Hours: | 5 |
| When Offered: |
D1 - Day; Offered in the first half-year
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| Staff Contact: |
Associate Professor Town |
| Prerequisites: |
(ELEC240(P) or INFO240(P) or ELEC290(P)) and (MATH232(P) or MATH235(P))
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| Corequisites: |
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| NCCWs: | COMP324
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| Unit Designations: |
Technology
Science
| | Assessed As: |
Graded
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| Offered By: |
- Department of Electronic Engineering |
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| Unit Web Pages |
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No web pages available.
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| Timetable |
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No timetable available.
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