EECS 206 Lecture Notes

• Part 1 (Introduction to signals)
  • Useful formulas for 206
  • Part 1a notes (33 pages)
  • Part 1b notes (29 pages) (The page numbers for part 1b are not consecutive with those of part 1a. Sorry.)
  
  

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  Hereafter the course follows the textbook more closely, so the following lecture notes could be considered optional supplements.

• Part 2 (Sinusoidal signals)
  • This part is based mostly on the textbook chapter 2.
  • Part 2 lecture notes
  
  
• Part 3a (Spectra of continuous-time signals)
  • Part 3a lecture notes
  • Supplemental resources:
    • Fourier series supplement "Section 3.4.5" (McClellan, Schafer, Yoder)
    • Prof. Wakefield's Fourier series and DFT primer
    • Prof. Neuhoff's Fourier series HW problems
    • Fourier series music demo at JHU
  
  
• Part 3d (Spectra of discrete-time signals)
  • Part 3d lecture notes
  • Part 3d extra examples (optional; 5 pages; some examples are incomplete)
  
  
• Part 4 (Signal sampling / signal reconstruction)
  • Read Ch. 4 of text.
  • Prof. Yagle's notes on sampling / interpolation
  • Supplemental resources:
    • Part 4 lecture notes
    • Note: The Delta^2/12 formula
    • Note: The distortion of transform coding
    • Sampling / aliasing demo
    
    
  
  
• Part 5 (FIR filters / time domain)
  • Read Ch. 5 of text.
  • Part 5 lecture notes
  
  
• Part 6 (FIR filters, frequency domain)
  • Read Ch. 6 of text.
  • Part 6 lecture notes
  
  
• Part 7 (Z-transform)
  • Read Ch. 7 of text.
  • Part 7 lecture notes
  
  
• Part 8 (IIR Filters)
  • Read Ch. 8 of text.
  • Part 8 lecture notes
  
  
• Index
  • Index to all lecture notes