Units: 3

Lecture notes

Lecture notes​

Course Text

1.  A. Oppenheim and R Schafer, Discrete time signal processing, 3rd  edition, 2009.  download     

References

1. ​​ ​J Proakis and D Manolakis, Digital signal processing: Princioles, Algorithms and application 1996.
2. S.K. Mitra, Digital Signal Processing: ​A computer based approach, Mc Graw Hill, 2001.     download

Course evaluation

1. 1.  MId term test    8          mp87.pdf       mp84.pdf

1. 1. Assignments 2  (4×0.5)     DSP ASSIGNMENT1-3.pdf
   2. LAB      2  (2*1)​​​​​​​​

1. Final test 8  (Includes simulation tests)   fp87.pdf       fp84.pdf

Course outline

1. 1. Introduction- Analog signal processing
   2. Discrete time signals- Discrete systems-Z transforem
   3. Difference equations​- Stability- State space- correlation
   4. Sampling- ADC-    Assignment 1 due time

1. DFS- DTFT and DFT
2. Matlab introductory-Frequency response-
3. Simple digital filters-Analog to digital conversion- Assignment 2 due time
4. assignments review 1-2
5. Mid term test
6. Digital IIR filter design-​FIR filter design: Windowing, LAB 1 due time
7. FIR filter design: FIR 2- Filter disign : Optimum- 
8. Filter implementation( Realization)- FFT  Assignment 3 due time
9. Chirp Z, Goertzel and DCT- Errors
10. Multi rate signal processing- Multi phase structure- Spectrum analysis
11. Assignment 4 due time-Lab 2 due time-  Assignment review (3 4)