Lecture notes for EE30031, Digital Communications:
All files are PDF versions of my handwritten notes. All
files are about 400kb or less.
I don't mind you downloading all of the notes to read in
advance, but be warned you can't really learn by osmosis!*
Just having the notes is not quite the same as understanding them - you
might just want to come to the lectures as well!
- Lecture 1, Introduction
- Lecture 2, Fundamental
concepts
- Lecture 3, Block codes,
Code performance
- Lecture 4, Single error
correction codes
- Lecture 5, Cyclic block
codes
- Lecture 6, Implementation,
BCH and Reed-Solomon codes
- Lecture 7, Modulation 1
- Lecture 8, Modulation 2
- Lecture 9, Convolutional
codes 1
- Lecture 10, Convolutional
codes 2
- Lecture 11, Viterbi
decoding 1
- Lecture 12, Viterbi
decoding 2,
- Lecture 13, Other decoding
methods
- Lecture 14, PN sequences,
Intoduction to spread spectrum systems
- Lecture 15, Tutorial class
- Lecture 16, Direct
sequence spread spectrum
- Lecture 17, Frequency
hopping spread spectrum
- Lecture 18, Spread
spectrum properties, jamming and the near-far problem
- Lecture 19, Tutorial class
- Lecture 20-22 Revision lectures
Last updated by RJW 20 September 2014
* Oh, and by the way Wikipedia isn't a valid reference if you're writing
a report ...