支持双极化方向通信的多路径路由协议,用于增强manet的性能

Rinki Sharma, G. Kadambi, Y. Vershinin, K. Mukundan
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引用次数: 3

摘要

路由是移动自组织网络(manet)中数据交换的重要组成部分。一个能够发现从源到目的的多条路由的协议可以支持在manet中可靠的信息路由。然而,一个可靠的路由协议本身并不能提高manet的性能。manet中的节点也会遇到干扰、暴露节点和耳聋的问题。因此,一个既能克服这些问题,又能提供可靠的信息路由的解决方案至关重要。提出了一种基于双极化定向天线的多径路由协议(DPDA-MRP)。使用DPDA-MRP,参与多跳通信的节点能够进行双极化定向通信,有助于减少干扰、暴露节点、定向暴露节点和耳聋。将DPDA-MRP协议的性能与基于单极化定向天线的多径路由协议(SPDA-MRP)和基于全向通信的动态源路由协议(DSR)进行了比较。仿真结果表明,DPDA-MRP在三种多径路由协议中具有最高的吞吐量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Multipath Routing Protocol to Support Dual Polarised Directional Communication for Performance Enhancement of MANETs
Routing is an essential part of data exchange in Mobile Ad-hoc Networks (MANETs). A protocol that can discover multiple routes from source to destination can support reliable routing of information in MANETs. However, a reliable routing protocol alone cannot enhance performance of MANETs. Nodes in MANETs also experience the problems of interference, exposed nodes and deafness. Hence a solution that can overcome these problems while offering reliable routing of information is essential. In this paper, Dual Polarized Directional Antenna based Multipath Routing Protocol (DPDA-MRP) is presented. With DPDA-MRP, the nodes participating in multihop communication are capable of carrying out dual polarised directional communication, which helps in mitigation of interference, exposed nodes, directional exposed nodes and deafness. The performance of the proposed DPDA-MRP protocol is compared with that of Single Polarised Directional Antenna based Multipath Routing Protocol(SPDA-MRP) and omnidirectional communication based Dynamic Source Routing (DSR) protocol. Simulation results show that DPDA-MRP achieves highest throughput among the three multipath routing protocols.
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