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Virtualized multihop access networks for disaster recovery

机译:虚拟多跳访问网络,用于灾难恢复

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摘要

Disasters may destroy everything including communication infrastructures isolating people in the disaster-stricken areas. Recovery of these infrastructures is often prolonged which is not suitable for disastrous fast-responses. This paper proposes a wireless multihop access network virtualization (WMANV) approach thereby users/victims are provided Internet access transparently. Concretely, users are provided Internet connection via multihop wireless access networks as if they are connecting to conventional access points (APs) using their commodity mobile devices. A tree-based architecture was proposed to realize the concept of WMANV. This approach allows participating mobile nodes (MNs) to contribute on growing up access networks, thus provide the Internet connection means to further disconnected MNs. The feasibility and the scalability of the proposed approach have been verified by real deployments and experimental evaluations.
机译:灾难可能会破坏一切,包括使受灾地区的人们孤立的通信基础设施。这些基础设施的恢复通常会延长,这不适合灾难性的快速响应。本文提出了一种无线多跳访问网络虚拟化(WMANV)方法,从而为用户/受害者透明地提供Internet访问。具体而言,通过多跳无线访问网络向用户提供Internet连接,就好像用户正在使用其商品移动设备连接到常规访问点(AP)一样。提出了一种基于树的体系结构来实现WMANV的概念。该方法允许参与的移动节点(MN)有助于成长的接入网络,从而为进一步断开的MN提供Internet连接方式。实际部署和实验评估已经验证了该方法的可行性和可扩展性。

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