Syllabus

Since this will be the first semester of this course, the syllabus is still tentative. As we progress, all slides and weekly subjects will be announced in this page. 

• Week 1: Introduction to Digital Audio Processing and review of related mathematical concepts.
  • Regarding this week's material, you may refer to any undergraduate level Calculus book for reference. ​
  • Lecture Slides (password protected).
  • MATLAB Codes (password protected).
• Week 2: This week is a review on Discrete-Time Signals and Systems.
  • You may refer to any undergraduate level Signals and Systems book for reference.
  • Lecture Slides (password protected).
  • MATLAB Codes (password protected).
• Week 3: This week is a review on Discrete Fourier Transform.
  • You may refer to any undergraduate level DSP book for reference.
  • Lecture Slides (password protected).
  • MATLAB Codes (password protected).
• Week 4: A bit more on DFT concepts, Short-time Fourier Transform and Spectogram.
  • Regarding this week's material, you may refer to this wonderful white paper by National Instruments. 
  • Lecture Slides (password protected).
  • MATLAB Codes (password protected). Similarly, the codes will also be updated.
• Week 5: A bit more on DFT concepts, Short-time Fourier Transform and Spectogram.
  • Lecture Slides (password protected).
  • MATLAB Codes (password protected). 
• Week 6: We have a midterm this week. However in our extra hour on Wednesday we will make a general overview of the concepts we've learned upto now.
  • Lecture Slides (password protected).
• Week 7: Sinusoidal model of sound. 
  • Regarding this week's material, you may want to check this website.
  • Lecture Slides (password protected).
  • MATLAB Codes (password protected). 
• Week 8: Additive Synthesis
  • If you are interested in the subject, SoundOnSound has a nice page here.
  • Lecture Slides (password protected - pswrd error corrected!).
  • MATLAB Codes (password protected).  We will do a lot of live coding this week.
• Week 9: Harmonic Model of Sound
  • Lecture Slides (password protected - updated!)
  • MATLAB Codes (password protected - updated!)
• Week 10: Stochastic Model of Sound
  • Here is a good white paper on the subject.
  • Lecture Slides (updated - password protected).
  • MATLAB Codes (updated - password protected).
• Week 11: We have a midterm this week. However in our extra hour on Wednesday we will make a general overview of the concepts we've learned in weeks 7 to 10.
  • Lecture Slides (password protected).
• Wee 12: We have only two hours this week. In one hour we will solve the midterm 2 questions. Then we will continue with time and frequency domain transformations of sound.
  • Lecture Slides (password protected).
  • MATLAB Codes (password protected).
• Week 13: Audio Morphing and Scaling
  • Lecture Slides (updated - password protected).
  • MATLAB Codes (password protected.).
• Week 14: Mel-Scale, Audio Features and Machine Learning Applications of Audio Processing
  • Lecture Slides (password protected).