A DRL-based two-stage RAN slicing mechanism with reconfiguration constraints can improve the trade-off between bandwidth efficiency and inter/intra-slice isolation in simulated tactical networks.
Multi-tenant resource sharing with equitable-priority- based performance isolation of slices for 5g cellular systems,
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Deep Reinforcement Learning-Based RAN Slicing with Efficient Inter-Slice Isolation in Tactical Wireless Networks
A DRL-based two-stage RAN slicing mechanism with reconfiguration constraints can improve the trade-off between bandwidth efficiency and inter/intra-slice isolation in simulated tactical networks.