Mobility scenario-based Performance Evaluation of Preemptive DSR Protocol for MANET

International Journal on Information Sciences and Computing Pub Date : 1900-01-01 DOI:10.18000/IJISAC.50123

O. E. Oguike, M. Agu, Echezona, Olayemi Mikail Olaniyi, Arulogun O T Omidiora, A. C. O. Azubogu, C. Ohaneme, S. Ufoaroh, S. U. Nnebe, V. Ramesh, P Subbaiah, Senanu R. Okuboyejo, S. Akor, A. Adewumi, Chiemeke S C Osaghae, Ikhu-Omoregbe N A, Ayo C K, Azeta A A, S. Echezona, F. Aranuwa, O. Oriola, Agu, O. O. Ayannuga, O. N. Lawal, M. Agu, Akanbi Caleb, Olufisoye Adetunji, Abigail Bola, A. Makolo, Dele Oluwade, Osofisan Adenike, K. Clement, Dzidonu, Chiemeke, R. Boateng, Ayo, W. Obiozor, Bloomsburg, J. Effah, Mr Colin Thakur, M. Adegoke, M. Bells, O. Longe, Phd, Universitry Academic, Vi Foreward, L. Olumide, Babatope Phd, M. Afr, J. Comp, Icts

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引用次数: 2

Abstract

Ad hoc wireless networks are characterized by multi-hop wireless connectivity, infrastructure less environment and frequently changing topology. To analyze the performance of routing protocols in MANETs in the real world, a scenario based simulation analysis is required since there is a lack of necessary infrastructure for their deployment. Most of the earlier work done in this field have assumed the Random Waypoint model, which fails to capture the realistic movement of the nodes. In this paper, we describe a set of experiments conducted to analyze the performance of the Preemptive DSR routing protocol in a battlefield scenario. BonnMotion Software(Java based) is used to create and analyses mobility scenarios. Initially an explanation of the experimental metrics and the setup is described, followed by the scenarios used for our simulations. The results give an idea of how the Preemptive DSR protocol behaves in the given scenario and helps identify the metrics for optimal performance of the protocol.

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基于移动性场景的城域网抢占式DSR协议性能评估

自组织无线网络具有多跳无线连接、基础设施环境少、拓扑结构变化频繁等特点。为了在现实世界中分析manet中路由协议的性能，需要基于场景的仿真分析，因为缺乏必要的基础设施来部署它们。在这一领域所做的大多数早期工作都假设了随机路径点模型，该模型无法捕捉节点的真实运动。在本文中，我们描述了一组用于分析战场场景下抢占式DSR路由协议性能的实验。BonnMotion软件(基于Java)用于创建和分析移动场景。首先描述了实验指标和设置的解释，然后是用于我们模拟的场景。结果给出了抢占式DSR协议在给定场景中的行为方式，并有助于确定协议的最佳性能指标。

本文章由计算机程序翻译，如有差异，请以英文原文为准。

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International Journal on Information Sciences and Computing

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