对MANET网络中DSR路由协议运行运行算法的影响

Lalu Ikhwan Rosadi, Andy Hidayat Jatmika, Sri Endang Anjarwani
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摘要

MANET可以作为一种替代通信解决方案,因为它是移动的,这意味着它没有固定的基础设施。MANET实现可以使用路由协议,其中一个例子是动态源路由(DSR)。DSR路由协议在有从源节点向目的节点发送数据包的请求时工作,主要使用路由发现和路由维护两种机制。路由发现发生在源节点向目的节点发送数据的过程中,是通过向相邻节点进行泛洪机制实现的。如果存在过度泛洪机制,则会导致DSR路由协议的路由开销增加。因此,为了克服这些问题,在DSR路由协议上利用开销能源效率聚类(COEEC)算法进行聚类。结果表明,在采用COEEC算法的DSR路由协议中增加集群后,吞吐量性能分别提高了43%和31%,端到端平均时延分别提高了0.005%和0.01%,数据包投递率参数也随之提高
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Pengaruh Penerapan Algoritma Clustering COEEC Terhadap Kinerja Protokol Routing DSR di Jaringan MANET
MANET can be used as an alternative communication solution because it is mobile, meaning that it does not have a fixed infrastructure. MANET implementation can use routing protocols, one example of which is Dynamic Source Routing (DSR). DSR routing protocol works when there is a request for sending packets from the source node to the destination node using two main mechanisms namely, route discovery and route maintenance. Route discovery occurs when the process of sending data from the source node to the destination node by performing a flooding mechanism to the neighboring node. If there is an excessive flooding mechanism, it can cause an increase in routing overhead on the DSR routing protocol. So to overcome these problems clustering is done by utilizing the Overhead Energy Efficient Cluster (COEEC) algorithm on the DSR routing protocol. The results of the addition of clusters in the DSR routing protocol with the COEEC algorithm can increase throughput performance by 43% and 31%, then an increase in the average end to end delay of 0.005% and 0.01%, then the packet delivery ratio parameter increases
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