移动自组网中发现Internet网关的一种新策略

S. Iqbal, M. I. Monir, S.M.R. Osmani, F. Chowdhury, A. K. Chowdhury, Kingshuk Dhar
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引用次数: 6

摘要

将MANET中的节点集成到Internet需要连接到Internet,或者它们可以通过Internet网关或服务器连接到Internet。对于第二种情况,MANET中的节点必须找到连接到Internet中的固定节点的网关或服务器。端到端数据包延迟和吞吐量强烈依赖于发现网关所需的时间。MANET中的源节点可以通过广播网关发现消息或依赖于来自网关的定期网关发布消息来发现网关。第一种被称为响应式网关发现策略,使用这种策略,MANET中的网关可以从不同的中间节点接收相同的网关发现消息。本文提出了一种将自组织网络中的节点连接到Internet的新方案。在这里,网关为从该源接收到的具有相同Broadcast ID的每个请求消息向请求者发送单独的应答,而不是仅向请求者发送一个单播应答。在MANET域中,AODV路由协议已被用于路由。我们在NS-2中研究了新的网关发现策略。仿真结果表明,该算法具有较低的时延和较低的丢包率。
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A novel strategy to discover Internet gateways in mobile ad hoc networks
Integrating nodes in a MANET to the Internet require either a connection to the Internet or they can connect to the Internet through the Internet gateways or servers. For the second case a node in a MANET has to find out the gateway or server to connect to the fixed nodes in the Internet. End to end packet delay and throughput are strongly dependent on the time needed to discover the gateways. A source node in a MANET can discover a gateway either by broadcasting a gateway discovery message or it may depend on periodic gateway advertisement messages from the gateways. The first one is renowned as reactive gateway discovery strategy and with this one a gateway in a MANET may receive the same gateway discovery message from different intermediate nodes. This paper presents a novel solution for connecting nodes in ad hoc network to the Internet. Here a gateway sends separate reply to the requestor for each request message having the same Broadcast ID it receives from that source in stead of sending only one unicast reply to the requestor. The AODV routing protocol has been used for routing in the MANET domain. We investigated our new strategy of gateway discovery in NS-2. Simulation results show that our one has better performance having lower delay and fewer packets drop.
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