Learn · Analog and digital communications I (Hinglish)

Lecture 65 of 69Week 12: Signal Analysis

Lec 1: Vector Spaces

Prof. Ribhu · IIT Guwahati

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Analog and digital communications I (Hinglish), IIT Guwahati (at NPTEL)
Licence
CC BY-NC-SA, as NPTEL states it. Non-commercial use only.
Attribution
NPTEL states: "Distributed under Creative Commons Attribution-ShareAlike / CC BY - NC - SA", beside a BY-NC-SA badge.
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All the lectures

  1. Lec 1: History of Communications Video
  2. Lec 2: What are signals? Video
  3. Lec 3: Fourier Series Video
  4. Lec 4: Fourier Transforms Video
  5. Lec 5: Properties of Fourier Transform Video
  6. Lec 6: Convolution Video
  7. Lec 1: Time/Bandwidth Video
  8. Lec 2: LowPass/ Bandpass Signals Video
  9. Lec 3: Low Pass equivalents Video
  10. Lec 4: Probability Spaces Video
  11. Lec 5: Bayes Theorem Video
  12. Lec 1: Random Variables Video
  13. Lec 2: Special Random Variables Video
  14. Lec 3: Two Random Variables Video
  15. Lec 4: Complex Random Variables Video
  16. Lec 5: Random Vectors Video
  17. Lec 1: Covariance Matrices Video
  18. Lec 2: Random Processes Video
  19. Lec 3: Stationarity Video
  20. Lec 4: Ergodicity Video
  21. Lec 5: Random Processes as Signals Video
  22. Lec 1: White Gaussian Random Process Video
  23. Lec 2: Noise Video
  24. Lec 3: Modulation Video
  25. Lec 4: Amplitude Modulation Video
  26. Lec 5: Generating AM Video
  27. Lec 6: Diode Detector Video
  28. Lec 1: DSB SC Video
  29. Lec 2: Ring Modulator Video
  30. Lec 3: Phase Error in DSB-SC Video
  31. Lec 4: Quadrature Amplitude Multiplexing Video
  32. Lec 5: QAM Demodulation Video
  33. Lec 6: Angle Modulation Video
  34. Lec 7: FM Spectrum I Video
  35. Lec 8: FM Spectrum II Video
  36. Lec 1: FM Generation/ Demodulation Video
  37. Lec 2: Phase Locked Loop Video
  38. Lec 3: Signal to Noise Ratio Video
  39. Lec 4: Noise in AM/FM Video
  40. Lec 5: Link Budget 1 Video
  41. Lec 6: Link Budget 2 Video
  42. Lec 1: Introduction to Digital Communications Video
  43. Lec 2: Analog to Digital Conversion Video
  44. Lec 3: Sampling Video
  45. Lec 4: Aliasing Video
  46. Lec 5: Reconstruction Video
  47. Lec 1: Practical Sampling Video
  48. Lec 2: Aliasing Again Video
  49. Lec 3: Band Pass Sampling Video
  50. Lec 4: Sampling Random Processes Video
  51. Lec 5: Quantization Video
  52. Lec 6: Lloyd Max Quantization Video
  53. Lec 7: Uniform Quantization Video
  54. Lec 1: PCM Video
  55. Lec 2: Line Codes Video
  56. Lec 3: Companding Video
  57. Lec 4: Correlation Video
  58. Lec 5: Autoregressive Processes Video
  59. Lec 6: Correlation Matrices Video
  60. Lec 7: Delta Modulation Video
  61. Lec 1: Baseband Pulse Transmission Video
  62. Lec 2: SNR Maximization Video
  63. Lec 3: The Matched Filter Video
  64. Lec 4: Probability of Error Video
  65. Lec 1: Vector Spaces Video
  66. Lec 2: Inner Products Video
  67. Lec 3: Basis and Orthogonalization Video
  68. Lec 4: Signal Spaces Video
  69. Lec 5: Fourier Series Again Video