Digital Signal Processing (DSP)

Lecture Notes

1. Lecture #1 - Introduction (slides)
2. Lecture #2 - Discrete-Time Signals and Systems (slides)
3. Lecture #3 - Discrete-Time Signals: Sequences (slides) (Lecture notes for Chapter 2 is here.)
4. Lecture #4 - Linear Time-Invariant Systems (slides)
5. Lecture #5 - Linear Time-Invariant Systems Properties (slides)
6. Lecture #6 - Fourier Theorem & Transform -- Revisited (slides) (Lecture note is here.)
7. Lecture #7 - Z-Transform -- Part I (slides)
8. Lecture #8 - Z-Transform -- Part II (slides)
9. Lecture #9 - Z-Transform -- Part III (pdf) -- refer to notes given during class
10. Lecture #10 - Sampling -- Part I (pdf) -- please prepare by yourselves
11. Lecture #11 - Discrete Fourier Transform -- Part I (slides)
12. Lecture #12 - Discrete Fourier Transform -- Part II (slides)
13. Lecture #13 - Discrete Fourier Transform -- Part III (slides)
14. Lecture #14 - Discrete Fourier Transform -- Part IV (pdf)

Links to Information on DSP

1. The Scientist and Engineer’s Guide to Digital Signal Processing - a free online book that is good for engineers

2. DSP tutorials - you may access to many other tutorial sites from this site

3. Java DSP - to understand DSP graphically

4. DSP in Image Processing - a book on using DSP in image processing

Assignments

1. Assignment 1 -- Chapter 2 (pdf) (Submission dateline is August 9, 2007 after lecture)
2. Assignment 2 -- Chapter 3