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IEEE/ICACT20240040 Slide.15        [Big Slide]	Oral Presentation
	Conclusion:  Finally, we can conclude that, in UAV-OMA, orthogonal resources are allocated to each user. And in UAV-NOMA, non-orthogonal resources are allocated to each user using power domain multiplexing.  In NOMA, superposition coding is performed at the transmitter side and SIC is performed at the receiver side.  Proposed UAV-NOMA offers higher spectral efficiency and capacity compared to existing UAV-OMA  It is particularly beneficial in scenarios with a large number of users and varying QOS requirements.  MATLAB is used to evaluate the performance of existing UAV-OMA and proposed UAV-NOMA.  The thorough examination of different scenarios such as Rural, Urban and Sub-Urban areas are considered to evaluate the performance of both existing UAV-OMA and proposed UAV-NOMA.  Proposed UAV-NOMA performs better in all scenarios and at all heights of UAV compared to existing UAV-OMA.

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