As multihoming refers to a situation where a node can choose between several paths, the MANET networks that are mobile networks without infrastructure offer naturally a multihoming feature. It is managed at the network level by the routing protocol. Multihoming capacity is also present in the IETF transport protocol SCTP. In this work we consider multihoming both at transport and at network level. We focus on the SCTP protocol over AODV ad hoc networks1. After the presentation of the multihoming dysfunction, we propose a cross layer interface in order to achieve efficient combined multihoming. The proposed approach is examined through simulations. The benefit of multihoming is potentially greater goodput of the session in case of network failures. The obtained results show the advantage of multihoming with multiple fast retransmission policy.
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机译：由于多宿主是指节点可以在几条路径之间进行选择的情况，因此在没有基础架构的移动网络之间的MANET网络自然提供多宿主。它通过路由协议在网络级别管理。 IETF传输协议SCTP中还存在多宿主容量。在这项工作中，我们考虑在运输和网络级别的多宿主。我们专注于AODV AD HOC Network1上的SCTP协议1。在呈现多宿主功能障碍之后，我们提出了一个横梁接口，以实现有效的组合多宿。通过模拟检查所提出的方法。在网络故障的情况下，多宿主的益处可能会更大。所获得的结果表明，多响起多个快速重传策略的优点。
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