Abstract Non-Orthogonal Multiple Access (NOMA) has emerged as a promising technology
to enhance spectrum efficiency and accommodate the ever-increasing demand for higher …

Abstract Massive-Multiple Inputs and Multiple Outputs (M− MIMO) will have a greater impact
in the advanced radio framework. It efficiently increases the capacity, spectral access, and …

Non‐orthogonal multiple access (NOMA) is a great contender for future cellular modulation
due to its desirable properties like massive connectivity, high data rate transmission, and …

In this article, we focus on optimising the SLM-PTS-CT (selective mapping, partial
transmission sequence, circular transformation) hybrid method for optical non-orthogonal …

Multicarrier waveform (MCW) is one of the most promising transmission techniques in
contemporary cellular systems. It has a major impact on increased data speed, bandwidth …

Multicarrier Waveform (MCW) has several advantages and plays a very important role in
cellular systems. Fifth generation (5G) MCW such as Non-Orthogonal Multiple Access …

Abstract Non-Orthogonal Multiple Access (NOMA) is very useful in 6G network system
requirements, also a solution to improve spectral efficiency and user fairness. NOMA gives a …

The envisioned smart hospital framework leveraging the sixth-generation (6G) technology
aims to enhance healthcare services by ensuring reliable communication across various …

Cellular systems utilize single and multicarrier waveforms for highspeed data transmission.
The Fifth-Generation (5G) system proposes several techniques based on multicarrier …

Abstract For fifth‐generation (5G) and beyond 5G communications, filtered nonorthogonal
multiple access (F‐NOMA) can be used as a waveform contender. Filtering‐based waveform …