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Showing below up to 100 results in range #1 to #100.

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  1. 'Exact' Transformer Model
  2. 09/29 - Analogy to Vector Spaces
  3. 10/01 - Vectors & Functions
  4. 10/02 - Fourier Series
  5. 10/08 - Mechanics of Convolution & Fourier Transform
  6. 10/09 - Fourier Transform
  7. 10/10,13,16,17 - Fourier Transform Properties
  8. 10/3,6 - The Game
  9. 10 - Quadrature sampling
  10. 11 - DFT example
  11. 2005-2006 Assignments
  12. 2006-2007 Assignments
  13. 2008-2009 Assignments
  14. 2009-2010 Assignments
  15. 2017 VNA Design Notes
  16. 2017 VNA Testing Software Setup
  17. 24/09/07 Notes
  18. 2 - What I've learned so far
  19. 3 - Non-periodic Functions
  20. 3 - The Game Simplified
  21. 4 - Fourier Transform
  22. 5 - Review Fourier Transform
  23. 6 - Fourier Transform 2
  24. 7 - Sampling a Signal
  25. 8 - 1x oversampling
  26. 9 - Third harmonic sampling
  27. AC Motors
  28. AC vs. DC
  29. AM vs FM Modulation
  30. ASN1
  31. ASN1- Create Wiki and evaluate integral
  32. ASN10
  33. ASN10 - Frequency response of low pass filters
  34. ASN10 - Quadrature sampling demonstration
  35. ASN10 - Use Octave (or Mathlab or Silab) to plot the frequency response of low pass filters with cut off frequencies of 1/32T, 1/8T, and 1/4T and compare how many coeffficients are needed with an eye to answer the question
  36. ASN11 - Is our method the same as Mark Flower's? See Wiki. Same
  37. ASN11 - Leakage demonstration in Octave
  38. ASN11 - Our method versus Mark Flower's
  39. ASN12 - Determine resolution using cross correlation
  40. ASN13 - Derive DFT relations
  41. ASN14 - Idea for an adaptive FIR filter
  42. ASN1 - Create Wiki Home Page
  43. ASN1 - Create Wiki and evaluate integral
  44. ASN2 - Download Octave & Brief on Download/Use
  45. ASN2 - Octave Tutorial
  46. ASN2 - Something Interesting: Exponential
  47. ASN3 - Class Notes October 5
  48. ASN3 - Class Notes October 5: The Game
  49. ASN3 - Show graphically that the exponential funtion shifted equals to the delta function shifted
  50. ASN4 -Fourier Transform property
  51. ASN4 - Fourier Transform property: Parseval's Theorem
  52. ASN4 - Parseval's Theorem
  53. ASN4 fixing
  54. ASN5 - Review a classmate's Asng4
  55. ASN5 - Value at origin
  56. ASN6 a,b- Prove given Fourier Transform property
  57. ASN6 a,b- fixing
  58. ASN6a,b
  59. ASN6c - Fourier Transform property: Value at origin
  60. ASN6c fixing
  61. ASN7
  62. ASN7- Suppose sampled only half
  63. ASN7 - Sampled half of signal
  64. ASN8 - FIR filters
  65. ASN8 - How does a CD player work
  66. ASN8 - Make a page about interpolating FIR filters. Note how many multiply/add operations
  67. ASN9 - 3rd Harmonic & QSD
  68. ASN9 - Add to
  69. ASN9 - Decimating filter
  70. A little about Sampling
  71. A octave/MATLAB script to show how Nyquist's formula
  72. A skeleton program to get data from Jack Audio Connection Kit
  73. Aaron's Octave Assignment
  74. Aaron Boyd's Assignment 8
  75. AdaptiveFIRJEW
  76. Adaptive Filter Application by harrde
  77. Adaptive Filters In the Frequency Domain
  78. Airplane Noise Removal Demonstration
  79. Alex's Assignment
  80. Alex's Octave Assignment
  81. Alex Haesche
  82. Alex Roddy
  83. Alexander.Beckner
  84. Alias
  85. Aliasing
  86. Ampere's Law
  87. Amy Crosby
  88. An Application of Electromechanical Energy Conversion: Hybrid Electric Vehicles
  89. An Ideal Transformer Example
  90. An Interesting Application for Magnets
  91. An example showing how convolution is just a dot product
  92. An octave/MATLAB RC circuit example with Fourier series
  93. An octave/MATLAB script to show the Fourier series of a string of impulse functions
  94. An octave/MATLAB script to show the relation
  95. An octave/MATLAB u(t) function example
  96. Andrew's Octave Assignment
  97. Andrew Bylard
  98. Andrew Roth's Fourier Series/Laplace Transform Project
  99. Andrew Sell
  100. Android Programming

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