# Fall 2013: Homework

- Homework 1 (Due Friday 9/13): Sinusoids (McClellan et al., chapter 2) (Solutions)
- Homework 2 (Due Friday 9/20): Fourier Series (McClellan et al., 3.1-3.6) (Solutions)
- Homework 3 (Due Friday 9/27): FIR filtering using conv2 (McClellan et al., chapter 5) (University of Illinois logo image) (Solutions)
- Homework 4 (Due Friday 10/11): Frequency response; music synthesis (McClellan et al., chapter 6) (Solutions)
- Homework 5 (Due Friday 10/18): Z
transform; IIR filters (McClellan et al. 7.1-8.4) (Solutions).

chorus.dat | spikeburst.dat | frogStart.m | notchStart.m | filterStart.m - Homework 6 (Due Friday 11/1): DTFT; Windows (McClellan et al. chapters 7-8) (Solutions).
- Homework 7 (Due Friday 11/8): upsampling and downsampling (McClellan et al. chapter 12-3 is most relevant) (Solutions).
- Homework 8 (Due Friday 11/15): A/D, D/A, and aliasing when a signal is sampled. SPF section 12-3) (Solutions).
- Homework 9 (Due Friday 11/22): LPC analysis and synthesis; auto-tuner.
- Homework 10 (Due Friday 12/6): Image
de-noising (Gaussian Panda |
Shot-Noise Panda;
Solutions)
- Possibly useful reading: Wiener Filtering, Oppenheim and Verghese. The first five pages, up to and including example 11.1, are most relevant.