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Efficient Routing Mechanism Using Cycle Based Network and K-Hop Security in Ad-Hoc Networks

机译:Ad-Hoc网络中基于周期的网络和K-Hop安全的高效路由机制

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In a multi-domain network, Topology Aggregation (TA) may be adopted to provide limited informationregarding intra cluster connectivity without revealing detailed topology information. Nodes are groupedinto the cluster. Every cluster has border nodes, which is used for data transmission between source anddestination. The K-hop security can be used for the purpose of securing the data communication. Thetopologies are spanning tree and balanced tree that can be used to reduce bandwidth overhead, deliverydelay and to increase throughput and packet delivery ratio. The shortest path can be found usingBhandari’s algorithm and Cycle-Based Minimum-Cost Domain-Disjoint Paths (CMCDP) Algorithm forestablish the second path in the network . These topologies are compared to demonstrate the advantage offinding shortest path using Bhandari’s algorithm.
机译:在多域网络中,可以采用拓扑聚合(TA)来提供有关群集内连接性的有限信息,而无需透露详细的拓扑信息。节点被分组到集群中。每个群集都有边界节点,这些边界节点用于源和目标之间的数据传输。可以将K跳安全性用于保护数据通信的目的。拓扑是生成树和平衡树,可用于减少带宽开销,传递延迟以及增加吞吐量和数据包传递比率。可以使用Bhandari算法和基于周期的最小成本域不相交路径(CMCDP)算法找到最短路径,以在网络中建立第二条路径。将这些拓扑进行比较,以展示使用Bhandari算法查找最短路径的优势。

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