General: Signal Processing for communications
Course schedule
| Type | Day | Hours | Room | |||
|---|---|---|---|---|---|---|
| Lecture | Monday | 13h15 – 15h00 | ELA 1 | |||
| Exercises | Monday | 15h15 – 17h00 | INF 2 / BC 01 | |||
| Lecture | Tuesday | 16h15 – 18h00 | INM 200 |
| Language: | English | |
| Coefficient / Crédits : | 6 ECTS |
Grading
| Homework: | 10% | |
| Midterm Exam: | 40% | |
| Final Exam: | 50% |
More Information:
Course catalog description
Course organization
Course outline
Course rules (in English)
Course rules (in French)
References: Signal Processing for Communications
| books | Discrete-Time Signal Processing (2nd edition, February 15, 1999), | |
| Prentice Hall, by Alan V. Oppenheim, Ronald W. Schafer, John R. Buck | ||
| course notes | Signal Processing for Communications, Suhas Diggavi | |
| (Based on lecture notes by Paolo Prandoni and Martin Vetterli, LCAV, EPFL) |
Handouts: Signal Processing for communications
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Course rules in English / in French
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Homework 1 / support files – due Oct 1
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Homework 2 – due Oct 15 (at the end of the exercise session)
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HW2 add-on (denoising)
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Homework 3 – due Oct 22
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Homework 4 – due Oct 29 (at the end of the exercise session)
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Homework 5 – due date to be announced
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Homework 7 / support files – due Dec 3
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Homework 9 – due Jan 11
updated 18.01.2008
Additional Material: Signal Processing for communications
A wave file that you need for some of the homework problems is handeln.wav. (You need to unzip the file after downloading it).