Schema
E-mail peter.nilsson @eit.lth.se about the following choises:
- Choose one lecture
- Choose one scientific paper and
- Choose one black-board exercise
You cannot chose a subject that someone else have chosen
Date | Lecture | Student | Black-board exercise |
First Study Period | |||
04/09 | 1. Introduction | - | - |
11/09 |
2. Discrete Time-Signals and Systems (63 slides) |
Isael Diaz |
|
11/09 |
3. The z-Transform (21 slides) |
Isael Diaz |
- |
11/09 |
4. Sampling of Continuous-Time Signals, part 1 (87 slides) |
Eduardo Medeiros |
4.23 |
25/09 | 4. Sampling of Continuous-Time Signals, Part 2 (86 slides) |
Xiaodong Liu |
|
25/09 |
5. Transform Analysis of Linear Time-Invariant Systems (79 slides) |
Yezi Huang |
5.28 |
02/10 |
6. Structures for Discrete-Time Systems, Part 1 (64 slides) |
Dimitar Nikolov |
6.24 |
09/10 | 6. Structures for Discrete-Time Systems, Part 2 (64 slides) |
Carl Gustafson |
|
16/10 |
8. The Discrete Fourier Transform (69 slides) |
Dejan Radjen |
|
23/10 | 7. Filter Design Techniques (95 slides) |
Chenxin Zhang |
|
30/10 |
11. Parametric Signal Modeling (34 slides) |
Joao Vieira |
|
30/10 |
12. Discrete Hilbert Transforms (21 slides) |
Joao Vieira |
- |
Second Study Period | |||
06/11 | 13. Wavelet VLSI Architectures Chapter 13* |
Hemanth Prabhu |
|
06/11 | 9. Computation of the Discrete Fourier Transform (69 slides) |
Babak Mohammadi |
3.21 |
06/11 | 2 Papers | Yezi Huang | |
13/11 | 15. Adaptive Filter Theory, Chapter 10 and 11** |
Rakesh Gangarajaiah |
2.30 |
20/11 | 10. Fourier Analysis of Signals Using the Discrete Fourier Transform (63 slides) |
||
20/11 | 1 Paper | Yezi Huang | |
27/11 | 4 Papers |
Carl Gustafson |
|
04/12 | 4 Papers |
Isael Diaz
|
|
11/12 | 4 Papers |
Rakesh Gangarajaiah Babak Mohammadi Hemanth Prabhu Dimitar Nikolov |
*Lecture 13 is taken from the book "Digital Signal Processing for Multimedia Systems"
**Lecture 15 is taken from the book "Adaptive Filter Theory"
The books are available here