Engineering Wireless Mesh Networks: Joint Scheduling, Routing, Power control and Rate Adaptation Networks with Bottleneck Algorithm

the main objective function for our paper is to maximize the minimum throughput among all flows in wireless mesh networks. For this, we first develop new system that add three different modules: first is bottleneck algorithm to avoid dropping the packet during routing, and distributed algorithm to enhance the scheduling of packet via channels with different bandwidth and choose the optimal path according to the highest bandwidth, along with that we add maintenance procedure to manage the power control and rate adaptat ion in wireless mesh networks. We also quantify the advantage of multihop over single hop, showing that multi- path optimal routing is not much more efficient than single- path optimal routing and that not all min hop routing are equally efficient.

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