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Gateways and Performance of WMN

机译:WMN的网关和性能

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Wireless Mesh Network (WMN) is emerging as key technology for the next generation network due to its features like providing broadband access with low cost and applicability to versatile areas. WMN's are basically multi-hop networks, in which data is forwarded to backbone through a gateway from the client nodes and vice versa. The client nodes may be wired or wireless and may be mobile with varying client network architecture. Gateway has fixed bandwidth to be shared by all the clients for communication. It causes reduction in per client throughput as the number of clients is increasing and thus may lead to overall performance degradation. Associating clients to gateway is a crucial point in deciding performance as is gateway placement, routing and scheduling at the gateway. Associating nodes to a single nearest gateway causes reduction in capacity of WMN and unfairness amongst the nodes. Clients can be associated to multiple gateways. WMN are dynamically self-organizing and self-healing and this imposes even more responsibility on gateways. Having multiple gateways in clustered WMN can improve performance significantly.
机译:无线网状网络(WMN)由于其低成本,提供宽带接入和适用于通用区域等功能而成为下一代网络的关键技术。 WMN基本上是多跳网络,其中数据通过网关从客户端节点转发到骨干网,反之亦然。客户节点可以是有线的或无线的,并且可以随着变化的客户网络架构而移动。网关具有固定带宽,供所有客户端共享以进行通信。随着客户端数量的增加,它会导致每个客户端吞吐量的下降,从而可能导致整体性能下降。将客户端与网关相关联是决定性能的关键点,网关上的网关放置,路由和调度也是如此。将节点与单个最近的网关关联会导致WMN的容量减少以及节点之间的不公平性。客户端可以与多个网关关联。 WMN是动态自组织和自修复的,这使网关承担更多责任。在群集WMN中具有多个网关可以显着提高性能。

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