Estudio comparativo de las métricas de calidad de servicio (QoS) en los protocolos de encaminamiento reactivos DSR y AODV en redes manet.
This Research was carried out from the identification of the problem, setting objectives, Literature review, choice of methodology, defining within it several steps to be used for subsequent exposure and analysis of results. All these processes were fundamental for the development of conclusions and...
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| Format: | bachelorThesis |
| Langue: | spa |
| Publié: |
2019
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| Accès en ligne: | http://dspace.unl.edu.ec/jspui/handle/123456789/22106 |
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| Résumé: | This Research was carried out from the identification of the problem, setting objectives, Literature review, choice of methodology, defining within it several steps to be used for subsequent exposure and analysis of results. All these processes were fundamental for the development of conclusions and recommendations regarding the subject and objectives. Regarding literature review we made a general research of networks Ad-Hoc and the possible forms to be apply, as well the information of the routing protocols proposed in this topic, it was possible to determine the operation and advantages of the ad-hoc networks and the use of the DSR and AODV routing protocols for later comparison based on some of their metrics quality of service. Following the methodological process proposed, we proceeded to obtain results through the analysis of the selected quality of service metrics, the metrics were obtained from the edition code sources of the programing language C++ which are available in the files of the NS-3 network simulation software, within the programming a certain area is proposed, and also the movements of the nodes inside this space, according the model Random Waypoint, later the metrics obtain were used for the evaluation of each protocol of routing in the respective scenarios. Then we proceeded to the comparison of the two proposed protocols (DSR, AODV) based on the metrics (Throughput, Delay, Jitter) in three scenarios with different density of nodes in each of them. Finally, we place based in these comparisons which one of the protocols is the most suitable for different scenarios in MANET Networks. Keywords: Ad-Hoc, AODV, Delay, DSR, Routing, Jitter, MANET, Metrics, Mobility, Nodes, NS-3, QoS, Random Waypoint, Networks, Throughput. |
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