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首页> 外文期刊>International Journal of Physical Sciences >Intelligent routing information protocol using full triggered update mechanism
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Intelligent routing information protocol using full triggered update mechanism

机译：使用完全触发更新机制的智能路由信息协议

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The heartbeat of network is the routing services which are available upon the execution of protocols. Many routing protocols emerge over one another to strive for betterment in performing the main function of routing the packets to destination efficiently. Despite the superiority of the new protocols in certain feature, the old routing information protocol (RIP) is still widely used due to its simplicity. RIP updates its routing table on a constant interval period by checking the existence of neighbor nodes and changes on the path availability. This mechanism, however, has some drawbacks of bandwidth consumption and higher routing overhead generation. This paper studies the affect of periodic update mechanism on the consumption of bandwidth and proposes a new routing update mechanism. Our technique eliminates the periodic update mechanism in RIP and replaces it with full triggered update by topology change detection mechanism (TRIP). The proposed mechanism triggers the update when topology change is detected. We tested our proposed mechanism in Network Simulator 2 (Ns 2) simulations. The results show that TRIP consumes less bandwidth and sends less routing packets by 70% than RIP. This work contributes significantly to small network as bandwidth is obviously limited.
机译：网络的心跳是在协议执行时可用的路由服务。许多路由协议相互出现，以寻求更好地执行将数据包有效路由到目的地的主要功能。尽管新协议在某些功能上具有优势，但由于其简单性，旧的路由信息​​协议（RIP）仍被广泛使用。 RIP通过检查邻居节点的存在和路径可用性的变化，在固定的时间间隔内更新其路由表。然而，该机制具有带宽消耗和更高的路由开销生成的一些缺点。本文研究了周期性更新机制对带宽消耗的影响，提出了一种新的路由更新机制。我们的技术消除了RIP中的定期更新机制，并通过拓扑更改检测机制（TRIP）将其替换为完全触发的更新。当检测到拓扑更改时，建议的机制将触发更新。我们在网络模拟器2（Ns 2）模拟中测试了我们提出的机制。结果表明，与RIP相比，TRIP占用的带宽更少，发送的路由数据包也减少了70％。带宽明显受到限制，这项工作对小型网络有很大贡献。

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