Improved Bee-Inspired routing protocol using Lzw based lossless compression

Gaganjot Kaur, Sandeep Kad
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Abstract

This paper has focused entirely on Swarm Intelligence based routing protocols especially Bee-Inspired based routing protocols for providing multipath routing in Wireless ad hoc networks (WANETs). WANETs influence an agent-based routing protocol that defines numerous rules including that most the participating nodes follow. Using routing technique, nodes are interconnected jointly so for that reason reduces computational and resource costs. Swarm Intelligence uses agent-like entities from insect's societies to become metaphor to refurbish the routing problem. But it is been observed the fact that Bee-Inspired routing has not yet used compression algorithm to make use of the bandwidth in more proficient manner. Therefore this paper has proposed a LCBEEIP protocol that is utilized BEEIP protocol with the feature of Loss Less data compression. The experimental brings about the proposed technique have clearly shown the fact that proposed technique outperforms over the current techniques. The proposed method has achieved up to 99.9167 packet delivery ratio.
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改进了基于Lzw无损压缩的蜜蜂启发路由协议
本文主要研究了基于蜂群智能的路由协议,特别是在无线自组织网络(wanet)中提供多路径路由的基于蜜蜂的路由协议。wanet影响基于代理的路由协议,该协议定义了许多规则,包括大多数参与节点遵循的规则。使用路由技术,节点相互连接,因此减少了计算和资源成本。蜂群智能利用昆虫群体中的代理实体作为隐喻,重新解决路线问题。但人们观察到,蜜蜂启发路由还没有使用压缩算法来更熟练地利用带宽。因此,本文提出了一种LCBEEIP协议,该协议利用BEEIP协议的无丢失数据压缩特性。实验结果清楚地表明,所提出的技术优于现有的技术。该方法实现了99.9167的包投递率。
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