Signals and Systems Using MATLAB, 2nd Edition by Luis F. Chaparro, published 2014-02-10, ISBN-13: 978-0123948120

- Lab 1, .zip, Solution (additional problems)
- Lab 2, .zip
- Lab 3, .zip, Solution (additional problems)
- Lab 4
- Lab 5 (Real-Time DSP Lab 4), .zip
- Lab 6
- Lab 7
- Lab 8 (Real-Time DSP Lab 5), Extra instructions and hints, Data files
- Lab 9, Peppers.bmp

Lab 1, Lab 2 (Demonstration/help on aliasing, Oscilloscope FFT handout), Lab 3, Lab 5, Lab 6, Lab 7 (Data files), Lab 8, Lab 9 (Dr. Prust’s FM4 files) Dr. Prust’s C6713 files

- Lab 4: MATLAB solution to additional problems on linearity and time-invariance
- DFT frequency resolution vs. density: detailed example
- Week 8: Oversampling
- DFT and scaling of power
- w9exercise.wav for in-class exercise
- Quantization noise example and analysis spreadsheet

- Page 196 script (MATLAB FFT performance) with my updates and comments
- Lab 4: Example of shifting and applying variable scaling to sequences
- Lab 4: Numerical test for linearity and time invariance
- Week 4, Day 1: Demonstrate aliased sampling of cosine.
- Formatting of labels and titles: _, Greek letters, etc.
- Frequency periodicity example
- Solutions to Problem 2.4.1: Basic, More general, but more complex

- Simple aliasing example
- DFT/IDFT example in MATLAB: 4 samples, phase = 0
- DFT/IDFT example in MATLAB: 7 samples with phases
- DFT examples, fundamental frequencies, sampling for non-integer multiples of the fundamental
- DFT windowing
- Linear phase FIR filter design in MATLAB

- 2017-2018: Quiz 1, Quiz 2, Quiz 3, Quiz 4, Quiz 5, Quiz 6, Quiz 7, Quiz 8, Quiz 9
- 2016-2017: Quiz 1, Quiz 2, Quiz 3, Quiz 4, Quiz 5, Quiz 6, Quiz 7, Quiz 8
- 2015-2016: Quiz 1, Quiz 2, Quiz 3, Quiz 4, Quiz 5, Quiz 6, Quiz 7, Quiz 8, Quiz 9
- 2015: Quiz 1, Quiz 2, Quiz 3, Quiz 4, Quiz 5, Quiz 6, Quiz 7, Quiz 8, Quiz 9
- 2014-2015: Quiz 2, Quiz 3, Quiz 4, Quiz 5, Quiz 6, Quiz 7, Quiz 8, Quiz 9
- 2013-2014: Quiz 1, Quiz 2, Quiz 3, Quiz 4, Quiz 5, Quiz 6, Quiz 7

- Harris, Fredric J. On the Use of Windows for Harmonic Analysis with the Discrete Fourier Transform,
*Proc. IEEE*, 1978-01. - Montgomery, Chris. 24/192 Music Downloads …and why they make no sense,
*xiph.org*, 2014-03-15.</a>

- Amend, James M. GM Reveals Investment in Fuel-Saving Powertrain Startup,
*WardsAuto*, 2015 January 5. - Chen, C. et al. Indoor Global Positioning System with Centimeter Accuracy Using Wi–Fi,
*IEEE Signal Processing Magazine*2016-11. - Chernock, R. Next-Generation Broadcast Television: ATSC 3.0,
*IEEE Signal Processing Magazine*2016-01. - Demolder, Damien. MIT algorithm aims to eradicate reflections from photos taken through windows,
*DPReview*, 2015 May 14. - Edwards, John. Signal Processing Leads a Photographic and Imaging Revolution,
*IEEE Signal Processing Magazine*, May 2014. - Hansen, John. Speaker Recognition by Machines and Humans: A tutorial review,
*IEEE Signal Processing Magazine*, November 2015. - Maxfield, Max. Cadence Tensilica Fusion DSP Core Targets IoT, Wearables,
*EE Times*, 2015-04-22.</a> - Moore, Samuel K. New Class of Digital Signal Processor Wipes Out Wasted Power,
*IEEE Spectrum*, 2008 November. - Pickering, Paul. How To Get Big Sounds From Small Speakers,
*Electronic Design*, 2016 February 16. - Quain, John R. Giving Today’s Car a Well-Tuned Interior,
*The New York Times*, 2016 November 10. - Schneider, David. Could Supercomputing Turn to Signal Processors (Again)?,
*IEEE Spectrum*, 2012 September 25. - Shiung, David, et al. Cascading Tricks for Designing Composite Filters with Sharp Transition Bands,
*IEEE Signal Processing Magazine*, 2016 January. - Solomon, Brett. Hear what you like with Harman Individual Sound Zones,
*Technology Tell Car Tech*, 2015 January 24. - Wang, DeLiang. Deep Learning Reinvents the Hearing Aid,
*IEEE Spectrum*, 6 December 2016. - ___. Imperfect Processing: A Functionally Feasible (and Fiscally Attractive) Option, Says Singular Computing
(printable),
*BDTi: Inside DSP*, 22 October 2013.

The final exam will be given per the schedule that is published by the Registrar’s Office in approximately week 6. It may cover any material from the course. The exam will last 2 hours.

You will need the use of a calculator capable of performing complex number arithmetic and simultaneous equation solution of equations with complex coefficients, and with the ability to perform symbolic substitutions (such as a TI-89 or TI-89 Titanium).

Show all work, and work neatly, on your lab, quiz, and exam problems - a simple numeric answer is generally not sufficient. No credit given for work your professor cannot easily read or readily follow.

Lab | 33⅓% |

Weekly Quizzes (Lab) | 33⅓% |

Comprehensive Final Exam | 33⅓% |