通过结合使用地面和卫星基于ip的链路来管理TCP连接

A. Salam, M. Luglio, C. Roseti, F. Zampognaro
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引用次数: 14

摘要

鉴于快速有线和快速无线融合网络(5G)具有透明的多家庭互联网接入点,在不久的将来必须考虑新的场景。特别是,本文着重于互联网接入同时利用不同的技术,如ADSL,电缆,WiFi, 3G/4G,卫星链路,以提供一个组合的连接服务。一些解决方案已经存在,它们可以结合特定的协议和架构更改,将所有可用的链接组合在一起,以提供增强的连接性。在本研究中,描述了可能的体系结构,强调了针对TCP连接的最佳处理的不同策略。通过NS-3仿真软件进行了精确的测试,以评估多个链路可用时TCP的性能,同时考虑了具有相似特性的链路和具有非常不同配置的链路,例如地面链路和卫星链路。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
TCP connection management through combined use of terrestrial and satellite IP-Based links
In the view of converged fast-wired and fast-wireless networks (5G) with a transparent multi homed point of access to the Internet, new scenarios must be considered in the near future. In particular, this paper focuses on an Internet access leveraging simultaneously on different technologies such as ADSL, cable, WiFi, 3G/4G, satellite links, to offer a combined connectivity service. Some solutions already exist and, together with specific protocols and architectural changes, they may combine all available links to offer an enhanced connectivity. In the presented study, possible architectures are described, highlighting different strategies aimed at the optimal handling of TCP connections. An accurate test campaign was performed through the NS-3 simulation software to evaluate TCP performance when multiple links are available, considering links with similar characteristics and links with very different configurations, such as terrestrial and satellite ones.
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