How NOMA Improves 5G Spectral Efficiency — Receiver Design Under Rayleigh Fading
Non-Orthogonal Multiple Access, SIC receivers, power allocation, Rayleigh fading — full article being drafted.
Core physical layer concepts, network architecture, spectrum management, NOMA, beamforming, network slicing, and a first look at 6G. Written for engineers who want mathematical depth without the textbook price.
Planned Content
Topics below are in research, outline, or drafting stage.
Non-Orthogonal Multiple Access, SIC receiver design, power allocation, BER under Rayleigh fading.
In drafting →Hybrid precoding, codebook design, channel estimation for massive antenna arrays in 5G NR.
Planned →NSSF, NSB, SDN/NFV, how operators carve isolated logical networks on shared physical infrastructure.
Planned →Articles
Non-Orthogonal Multiple Access, SIC receivers, power allocation, Rayleigh fading — full article being drafted.
How massive MIMO arrays steer signal energy toward users, covering analog beamforming, digital precoding, and codebook design.
Deep-dive into the orchestration stack from NSSF to RAN slicing — how operators guarantee QoS for every vertical.