Graph Neural Network-Based Scheduling for Multi-UAV-Enabled Communications in D2D Networks.
Pei LiLingyi WangWei WuFuhui ZhouBaoyun WangQihui WuPublished in: CoRR (2022)
Keyphrases
- neural network
- graph theory
- edge weights
- fully connected
- graph structures
- network analysis
- graph structure
- community discovery
- average degree
- path length
- path planning
- small world
- structured data
- degree distribution
- directed graph
- bipartite graph
- directed edges
- round robin
- scheduling problem
- unmanned aerial vehicles
- social networks
- dynamic networks
- citation networks
- interconnection networks
- betweenness centrality
- social graphs
- computer networks
- image registration
- random walk
- resource allocation
- complex networks
- graph theoretic
- weighted graph
- communication systems
- graph representation
- community detection
- control algorithm
- community structure
- connected components
- directed acyclic graph
- overlapping communities
- graph model
- pose estimation
- spanning tree
- graph layout
- link formation