Large-scale access scheduling in wireless mesh networks using social centrality
Distributed node cliques for cluster communications by social centrality metrics. Efficient channel access in each cluster by compact schedule based on Latin squares. Valid node and cluster access activation using an on-demand coloring algorithm. Fair radio and channel allocation to nodes and clusters in large scale WMNs. Coexistence of LaSo L a S o with traditional 802.11 DCF channel access mechanisms.
wireless mesh networks social centrality latin squares multi-radio multi-channel multiple access scheduling