Responsible for this page: Oscar Gustafsson , oscarg@isy.liu.se
Page last update: 2008-05-08
Responsible for this page: Oscar Gustafsson , oscarg@isy.liu.se
Page last update: 2008-05-08
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Recommended for: Graduate students in computer science and electrical engineering.
Goals: Provide basic knowledge in digital signal processing.
Organization: Lectures and exercises.
Literature: S. K. Mitra, Digital signal processing: A computer-based approach, 3rd edition, McGraw-Hill, 2006.
| Date | Time | Room | Subject | Chapters | Responsible |
|---|---|---|---|---|---|
| 19/10 | 13-15 | Nollstället | Signal and signal processing Discrete-time signals and systems | 1, 2 | Lars Wanhammar |
| 9/11 | 13-15 | Nollstället | Discrete-time Fourier Transform | 3 | Lars Wanhammar |
| 23/11 | 13-15 | Nollstället | Digital processing of continuous-time signals | 4 | Per Löwenborg |
| 30/11 | 13-15 | Nollstället | Finite-length discrete transforms | 5 | Håkan Johansson |
| 8/12 | 10-12 | Nollstället | z-Transform LTI discrtet-time systems in the transform domain | 6 | Per Löwenborg |
| 21/12 | 13-15 | Nollstället | Digital filter structures | 8 | Oscar Gustafsson |
| 10/1 | 13-15 | Nollstället | IIR digital filter design | 7,9 | Håkan Johansson |
| 19/1 | 13-15 | Nollstället | FIR digital filter design | 7,10 | Håkan Johansson |
| 25/1 | 13-15 | Nollstället | DSP algorithm implementation | 11 | Oscar Gustafsson |
| 1/2 | 13-15 | Nollstället | Analysis of finite wordlength effects | 12 | Lars Wanhammar |
