Emergency communication services based on overlay networking technologies

机译：基于覆盖网络技术的紧急通信服务

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In this paper, we propose OverLay-based Emergency Communication Services (OLECS), an architecture for emergency communication services, that is based on overlay routing technologies. We modify and extend existing overlay routing mechanisms in terms of decreasing communication overhead, searching multi-hop overlay paths with more than three hops, making it suitable for emergency communication services. The location of overlay nodes is also considered for recovering from partial failure of ISP networks. By performing a numerical evaluation using the actual AS-level network topology of the current Internet, we show that our approach can reduce the overhead in exchanging routing information by a factor of up to 1000, and improve network connectivity by up to 9 times.

机译：在本文中，我们提出了基于覆盖的紧急通信服务（OLECS），这是一种紧急通信服务的架构，即基于覆盖路由技术。在减少通信开销方面，我们修改并扩展现有的覆盖路由机制，搜索多跳的多跳覆盖路径，这适用于紧急通信服务。覆盖节点的位置也被认为是从ISP网络的部分失败中恢复。通过使用当前互联网的实际AS级网络拓扑进行数值评估，我们表明我们的方法可以减少将路由信息交换的开销倍数高达1000，并通过最多9次提高网络连接。

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《International Conference on Networking and Services》|2008年||共6页
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作者
Go Hasegawa; Satoshi Kamei; Masayuki Murata;
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中图分类 TP393.08-53;
关键词
Emergency communication services; Overlay networks; Routing; Border Gateway Protocol (BGP);

机译：紧急通信服务;覆盖网络;路由;边界网关协议（BGP）;

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机译：IP核心网络，覆盖网络和通信服务（2）：如何为服务（包括电话和Internet上的服务）构建虚拟网络
2. IP core network, overlay network and communication service (2): How to build virtual networks for services including telephony and services on the Internet [J] . Hisao Furukawa, Shoji Miyaguchi 電子情報通信学会技術研究報告 . 2010,第190期

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3. IP core network, overlay network and communication service (1): Cloud computing / How to build Overlay networks [J] . Hisao Furukawa, Shoji Miyaguchi 電子情報通信学会技術研究報告 . 2010,第39期

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Emergency communication services based on overlay networking technologies

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