SCOPE deploys 3D UAV base stations using perimeter peeling and Welzl's SEC algorithm to deliver 82-88% user satisfaction in milliseconds for unknown hotspot scenarios.
Efficie nt de- ployment of multiple unmanned aerial vehicles for optimal w ireless coverage,
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STCL using G-MAPPO prevents policy stagnation in UAV networks, recovering reliability above 0.9 for up to 100 users and delivering 20% capacity gain under high loads versus MADDPG.
citing papers explorer
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SCOPE: Deterministic and Training-Free 3D UAV Deployment via Perimeter-based Heuristics
SCOPE deploys 3D UAV base stations using perimeter peeling and Welzl's SEC algorithm to deliver 82-88% user satisfaction in milliseconds for unknown hotspot scenarios.
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Spatiotemporal Continual Learning for Mobile Edge UAV Networks: Mitigating Catastrophic Forgetting
STCL using G-MAPPO prevents policy stagnation in UAV networks, recovering reliability above 0.9 for up to 100 users and delivering 20% capacity gain under high loads versus MADDPG.