Decomposing the max-min rate problem into channel clustering, transmission-time allocation, and power control yields large simulated minimum-rate gains for NOMA-enabled LoRa networks.
On the limits of LoR aW AN channel access,
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Resource Allocation for Non-Orthogonal Multiple Access (NOMA) Enabled LPWA Networks
Decomposing the max-min rate problem into channel clustering, transmission-time allocation, and power control yields large simulated minimum-rate gains for NOMA-enabled LoRa networks.