Considering the multiple unique properties of the non-orthogonal multiple access (NOMA) scheme such as high spectral efficiency, low latency, improved coverage, massive connectivity, fairness, etc. What do you think will be the impact of NOMA on Future Communication Technologies? Will it be accepted in the next upcoming release of 3GPP?
Also read our latest work on the design of a novel NOMA scheme which can provide enhanced security in Future Communication Systems : https://assets.pubpub.org/o4wsnl6c/61606955002758.pdf
3GPP is already supporting MU-MIMO, which is a more spectrally efficient non-orthogonal access scheme since it actually adds additional degrees-of-freedom to the transmission. Hence, I doubt that NOMA will be utilized by 3GPP to increase spectral efficiency. The 3GPP document "Study on Non-Orthogonal Multiple Access (NOMA) for NR" shows that the performance gains of NOMA are small or nonexisting under practical conditions.
I think that 3GPP is still considering to support NOMA for some short-block-length cases where one can benefit by not having to schedule users individually.
Nice novel PLS technique proposed in the paper which has great potential to be patented. Good Luck!
3GPP is already supporting MU-MIMO, which is a more spectrally efficient non-orthogonal access scheme since it actually adds additional degrees-of-freedom to the transmission. Hence, I doubt that NOMA will be utilized by 3GPP to increase spectral efficiency. The 3GPP document "Study on Non-Orthogonal Multiple Access (NOMA) for NR" shows that the performance gains of NOMA are small or nonexisting under practical conditions.
I think that 3GPP is still considering to support NOMA for some short-block-length cases where one can benefit by not having to schedule users individually.
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