在无线Mesh网络中使用移动互联网网关

M. Denko
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引用次数: 13

摘要

近年来,无线网状网络(WMNs)在工业界和学术界受到了极大的关注。WMN的应用领域正在从学术研究中的实验设置扩展到社区网络、公共安全、交通服务、医疗保健系统和其他类似应用的实际实施。虽然这些应用程序正在发展,但在网络性能、灵活性和资源管理方面仍然存在关键挑战。本文研究了具有移动互联网网关的无线网状网络。我们采用了一种基于负载均衡的路由度量的多路径路由方案,以减少丢包和延迟。与大多数现有的多路径路由协议不同,我们的方法支持并行多路径的维护。进行了仿真实验,以评估移动网关存在下的网络性能。仿真结果表明,采用并行多径路由的移动网关可以在低速和多个移动网关下获得良好的性能。
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Using Mobile Internet Gateways in Wireless Mesh Networks
Wireless mesh networks (WMNs) have recently received tremendous research attention in industry and academia. The application domain of WMN is expanding from experimental settings in academic research to practical implementations in community networking, public safety, transportation services, healthcare systems and other similar applications. While these applications are evolving, there are still key challenges in terms of network performance, flexibility and resource management. In this paper we study wireless mesh networks with mobile Internet gateways. We employ a multi-path routing scheme with a routing metric based on load balancing to reduce packet loss and delay. Unlike most existing multipath routing protocols, our approach supports the maintenance of parallel multiple paths. Simulation experiments are carried out to assess network performance in the presence of mobile gateways. Simulation results show that the use of mobile gateways with concurrent multipath routing can result in good performance at lower speed and multiple mobile gateways.
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