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LSMR:A Label Switching Multipath Routing Protocol for Ad Hoc Networks

机译:LSMR:Ad Hoc网络的标签交换多路径路由协议

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An important requirement for the future Ad Hoc networks is to provide QoS guarantees for real-time multimedia application. Multipath routing can be used to provide route resilience, smaller end-to-end delay and better load balancing in Ad Hoc networks, while MPLS technology can provide QoS and traffic engineering in wired networks. By merging MPLS technology into multipath routing, a novel routing protocol, label switching multipath routing protocol (LSMR), has been proposed in order to provide QoS guarantees in Ad Hoc networks. LSMR can establish multiple node disjoint LSPs between source and destination and provide Ad Hoc networks with rapid label-based packet switching. Simulation results show that compared with AODV, LSMR can provide rapid packet forwarding while routing overhead is also decreased.
机译:对未来的特设网络的重要要求是为实时多媒体应用提供QoS保证。 MultiPath路由可用于提供临时网络的路径恢复,更小的端到端延迟和更好的临时网络负载平衡,而MPLS技术可以在有线网络中提供QoS和流量工程。通过将MPLS技术合并到多路径路由中,已经提出了一种新颖的路由协议,标签切换多路径路由协议(LSMR),以便在Ad Hoc网络中提供QoS保证。 LSMR可以在源和目标之间建立多个节点不相交的LSP,并提供具有快速标签的数据包交换的特设网络。仿真结果表明,与AODV相比,LSMR可以提供快速数据包转发,同时路由开销也降低。

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