Textbook:
Discrete-Time Signal Processing
Authors:
Alan V. Oppenheim and
Ronald W. Schafer with John R. Buck, Prentice Hall, 1999. 2nd Edition
This is a course on the design and
analysis of discrete-time systems and digital signal processing
algorithms.
Topics covered:
- Review of discrete signals and systems
- Sampling of continuous time signals
- Multirate systems: decimation and interpolation
- Quantization effects
- Discrete Fourier Transform (DFT)
- Fast Fourier Transforms (FFT)
- Z-transform
- Nonrecursive (FIR) and recursive (IIR) systems
- Digital filter design
- Applications to communications systems, equalization.
Course
Outline: Click here
Pre-requisite: Signals and Systems:
ECE310 or ECE261 or ECE355 or equivalent.
Grades: Lab
(20%) Midterm (30%) Final (50%).
Midterm
Date and Location:
February 15, 2006. Time: 7-9pm. (new!)
HA403 (Last Names: A-L) and SF2202 (Last Names: M-Z)
Midterm covers materials from Chapters 4 and 8. It
is an open-book, open-notes exam. Non-programmable calculators allowed.
Lecture Schedule:
| LEC 01: |
LEC 02: |
| 1 Tue 11:00
12:00 GB119 |
1 Tue 16:00 17:00 MC252 (new!)
|
| 2 Wed 12:00
13:00 BA1190 |
2 Thu 13:00 14:00 BA1180 |
| 3 Thu 15:00 16:00 BA1170 |
3 Fri 14:00 15:00 GB248 |
Tutorial Schedule:
TUT 01 1 Tue 17:00 18:00 GB304 (TA: Steve Yuan)
TUT 02 1 Tue 13:00 14:00 BA2145 (TA: Steve Yuan)
TUT 03 1 Tue 10:00 11:00 BA2145 (TA: Francis Bui)
TUT 04 1 Wed 17:00 18:00 BA2195 (TA: Francis Bui)
Note:
The winter term starts on January 9, ends on April 13. Labs and tutorials start the week of
January 16.
There is no classes/tutorials/labs in
Feb 20-24 (reading week.)
Final Exam period is April 17-May 2 (new!).
Last Updated: Jan 9, 2006