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In this paper, we consider a dense ad hoc network with multicast type of traffic handling using a hierarchical routing with clustering. We investigate the scaling of throughput capacity versus the number of nodes and destinations. We construct an elementary spatial-temporal routing scheme that achieves the throughput capacity of a dense ad hoc wireless network with high probability as the number of...
In this paper, we construct an elementary spatial-temporal routing scheme that achieves the throughput capacity of a large ad hoc wireless network with high probability as the number of nodes increases. We consider a multicast type of traffic handling using a hierarchical routing with clustering. We investigate the scaling of throughput capacity versus the number of nodes and destinations. The derived...
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