List of Figures
List of Tables
1
Principles of Communications with Focus on AM
2
Baseband Digital Modulation with Focus on PAM
3
Passband Digital Modulation with Focus on QAM
4
Channels: Modeling, Simulating and Mitigating their Effects
5
Optimal Receivers and Probability of Error for AWGN
5.1
What You Will Learn
5.2
Detection Theory and Probability of Error for AWGN Channels
5.3
MAP and ML Receivers for Symbol-by-Symbol Decisions
5.4
MAP and ML Receivers for Symbol Sequences in Dispersive Channels
5.5
Estimating Probability of Error for PAM
5.6
Estimating Probability of Error for QAM
5.7
Comparing modulation schemes
5.8
The Gap Approximation
5.9
Comments and Further Reading
5.10
Review Exercises
5.11
Exercises
6
Multicarrier systems
A
Useful Mathematics
B
Useful Softwares and Programming Tricks
C
Analog and Digital Signals
D
Transforms and Signal Representation
E
Analog and Digital Systems
F
Spectral Estimation Techniques
Digital Communications with Python, Matlab or Octave
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5.4
MAP and ML Receivers for Symbol Sequences in Dispersive Channels
AK-TODO: MAP and ML Receivers for Sequences of Symbols in Dispersive Channels
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