节点可扩展网络中MPLS与传统IP的性能分析

Muhammad Arshad, L. Rukh, Hussain Shah, B. Khan
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引用次数: 1

摘要

多协议标签交换是互联网领域最新发展的技术。它通过使用标签技术代替IP地址来提高网络速度。它提供了高速、低延迟的可靠数据传输。为了有效地利用网络资源,MPLS的一个关键特征是QoS。由于有效地利用了网络资源,最小的延迟和可预测的性能使MPLS技术更适合于实现多媒体类型的应用。本研究在节点可扩展网络中,比较了MPLS技术与传统IP网络在多媒体流量方面的性能。为了对两种技术的性能进行仿真和比较,采用了OPNET模块14.5。这种比较是在网络性能参数的基础上进行的,比如丢包/流量丢失、端到端延迟和吞吐量。最后,对结果进行了评估,结果表明MPLS技术在节点可扩展环境下提供了比IP更好的性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
PERFORMANCE ANALYSIS OF MPLS AND TRADITIONAL IP IN NODE SCALABLE NETWORKS
Multiprotocol label switching is the latest and developing technology in the world of the internet. It speeds up the network by using the technique of label instead of an IP address. It provides reliable transmission of data with high speed and low delay. For efficient use of network utilization MPLS has a key feature of QoS. Due to the effective utilization of network resources, minimum delay and predictable performance MPLS technology make it more appropriate for implementing multimedia type applications. In this research, the performance of MPLS technology is compared with the traditional IP network for multimedia traffic in node scalable networks. For simulating and comparing the performance of both technologies OPNET modular 14.5 is used. This comparison is done on the basis of network performance parameters such as packet loss/ traffic drop, end-to-end delay, and throughput. Finally, the results have been evaluated which show that MPLS technology provides better performance as compared to IP in node scalable environment.
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