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About this paper
Jiayang Kang, Xinwei Yue, Xuyang Zhang, Tian Li, Peng Yang, Chunyu Pan, Shaoli Kang
The authors present coordinated beam hopping with non-orthogonal multiple access and a two-stage scheduler for very-low-Earth-orbit satellites. It selects beam–user pairs using large-scale channel gains, then chooses power allocations satisfying quality-of-service and successive-interference-cancellation constraints. Across nine simulated spatial scenarios, average delivered traffic is about 2.51 Gbps, versus 2.18 Gbps for fixed-power scheduling; demand does not guide scheduling.
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