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
4.1
What You Will Learn
4.2
Channel Models
4.3
Optimal Receivers for AWGN: Matched Filters or Correlators
4.4
Receivers to Combat ISI and Their Analysis
4.5
Raised Cosine Shaping Pulses (Filters)
4.6
Matched Filtering and the Square-Root Raised Cosine
4.7
Eye Diagrams
4.8
Distinguishing Nyquist Criterion and Sampling Theorem
4.9
Equalization and System Identification
4.10
Channel Capacity
4.11
Synchronization
4.12
Channel Model with Frequency Offset
4.13
Applications
4.14
Comments and Further Reading
4.15
Exercises
5
Optimal Receivers and Probability of Error for AWGN
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
GitHub
PDF
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4.12
Channel Model with Frequency Offset
AK-TODO TO-DO: get Channel Model with Frequency Offset from PDF [
urloi
] and code at [
urloi
]
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