EE3011B - Control Systems and Signal Processing
Syllabus
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Text Book
1. K. Ogata, Modern Control Engineering, 4th Edition, Prentice-Hall, 2002
2. Z. M. Hussain, A. Z. Sadik, P.O'Shea ,Digital signal processing: an introduction with MATLAB and applications, Springer, 2011.
1. K. Ogata, Modern Control Engineering, 4th Edition, Prentice-Hall, 2002
2. Z. M. Hussain, A. Z. Sadik, P.O'Shea ,Digital signal processing: an introduction with MATLAB and applications, Springer, 2011.
Teaching Schedule (M106, every Thursday, 8:30am - 11:20am)
1. Introduction; Linear System Theory (Laplace Transform)
2. System Block Diagram
3. Signal Flow Graph
4. Mathematical Modelling and Simulation
5. Transient and Steady State Analysis
Test 1 (13/10/2016) open notes, no text book or computer.
Surname A~K: 9:00 am -10:10 am;
Surname: L~Z: 10:15 am- 11:25am
6. PID Control & Tuning
7. Frequency Response Analysis (Bode Plots)
8. Passive Filters
9. Fourier Transform
10. Digital Filters
Test 2 (24/11/2016)
Surname L~Z: 9:00 am -10:10 am;
Surname: A~K: 10:15 am- 11:25am
You can collect the marked script from CF604 (envelop on the front door) one week after the test
You can obtain the test solution from this web page one week after the test.
Good Luck for your Exam!
1. Introduction; Linear System Theory (Laplace Transform)
2. System Block Diagram
3. Signal Flow Graph
4. Mathematical Modelling and Simulation
5. Transient and Steady State Analysis
Test 1 (13/10/2016) open notes, no text book or computer.
Surname A~K: 9:00 am -10:10 am;
Surname: L~Z: 10:15 am- 11:25am
6. PID Control & Tuning
7. Frequency Response Analysis (Bode Plots)
8. Passive Filters
9. Fourier Transform
10. Digital Filters
Test 2 (24/11/2016)
Surname L~Z: 9:00 am -10:10 am;
Surname: A~K: 10:15 am- 11:25am
You can collect the marked script from CF604 (envelop on the front door) one week after the test
You can obtain the test solution from this web page one week after the test.
Good Luck for your Exam!
Teaching Handouts
Hardware Laboratory Schedule (EF402, Wednesday, 1:30pm - 4:30pm)
Group 1, 2, 3 : 19/10/2016
Group 4, 5, 6 : 26/10/2016
Group 7, 8, 9 : 2/11/2016
Group 1, 2, 3 : 19/10/2016
Group 4, 5, 6 : 26/10/2016
Group 7, 8, 9 : 2/11/2016
Software Simulation Laboratory
Including the lab sheet, signal noise MATLAB file, and student sample reports
(do it in EF405, you can do this anytime, either on your own, or as a group)
How to submit your report
Each student must submit INDIVIDUAL report, for the TWO laboratory exercises.
Email your report to: [email protected]
Title of Email: EE3011B Report - <Your Name>
Do NOT write excessively long report. Typical the report for the TWO lab exercise should be around 5~6 pages.
Do NOT send excessively large file, trim down your file size.
Submission deadline: Before your final exam.
Each student must submit INDIVIDUAL report, for the TWO laboratory exercises.
Email your report to: [email protected]
Title of Email: EE3011B Report - <Your Name>
Do NOT write excessively long report. Typical the report for the TWO lab exercise should be around 5~6 pages.
Do NOT send excessively large file, trim down your file size.
Submission deadline: Before your final exam.
Tutorial (starts week2, @ the 3rd hour)
1 - No tutorial
2 - Tutorial 1: Laplace Transform
3 - Tutorial 2: System Block Diagrams
4 - Tutorial 3: Signal Flow Graphs
5 - Tutorial 4: Mathematical Modeling
TEST 1
6 - Test review
7 - Analogue Simulation
8 - Bode Plot
9 - Passive Filters
10 - Review of the course
TEST 2
1 - No tutorial
2 - Tutorial 1: Laplace Transform
3 - Tutorial 2: System Block Diagrams
4 - Tutorial 3: Signal Flow Graphs
5 - Tutorial 4: Mathematical Modeling
TEST 1
6 - Test review
7 - Analogue Simulation
8 - Bode Plot
9 - Passive Filters
10 - Review of the course
TEST 2
Assessment
Tests x2: 24% (12% each)
Lab Report: 16%
Examination: 60%
Tests x2: 24% (12% each)
Lab Report: 16%
Examination: 60%