Decentralized DDQN agents learn a slotted ALOHA-like access strategy that adapts to network conditions and reaches near-theoretical efficiency with fairness in simulations.
Closeness centrality- based scheduling for iot transmissions in leo satellite networks
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KISS: Keeping it Simple and Slotted when Learning to Communicate over Wireless
Decentralized DDQN agents learn a slotted ALOHA-like access strategy that adapts to network conditions and reaches near-theoretical efficiency with fairness in simulations.