Strategic Objectives
• Master the mathematical foundations of power-domain multiplexing.
• Optimize spectral efficiency to support massive IoT deployments.
• Implement Successive Interference Cancellation with precision.
• Design robust resource allocation strategies for multi-user environments.
The Core Challenge
Traditional multiplexing is hitting a brick wall, unable to support the massive connectivity demands of 5G and beyond without crippling interference.
01
The Evolution of Access
02
The Shannon Limit and Beyond
03
Power Domain Multiplexing
04
Successive Interference Cancellation
05
The Broadcast Channel Strategy
06
The Multiple Access Channel
07
Fairness and Power Allocation
08
NOMA in 5G New Radio
09
Superposition Coding
10
MIMO-NOMA Integration
11
User Pairing Strategies
12
Code-Domain NOMA
13
Cooperative NOMA
14
Physical Layer Security in NOMA
15
Beamforming for NOMA
16
Resource Allocation and Scheduling
17
Hardware Impairments
18
NOMA for Satellite Networks
19
Machine Learning for NOMA
20
Green NOMA
21
Towards 6G
Explore Research Ecosystem
Available eBook Editions
Arabic
English
French
German
Italian
Japanese
Korean
Portuguese
Spanish
