Comparison of TCP variants in Long Term Evolution (LTE)

M. Taruk, E. Budiman, Haviluddin, H. J. Setyadi
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引用次数: 16

Abstract

Transmission Control Protocol (TCP) is one of the protocols that work in the OSI (Open System Interconnection) modeling transport layer. TCP was designed more for wired networks. However, to meet the need for rapid development of network technology based on user needs, further development is needed for the use of TCP on wireless devices. One of the implementation of wireless-based network is mobile technology Long Term Evolution (LTE) broadband offering advantages, especially in terms of access. TCP Tahoe, TCP Reno, TCP SACK, and TCP Vegas are variants over the LTE network model with scenario. First is the view Throughput of each TCP variants when only one variant Certain working in the network. Both observe throughput All variants of TCP at the same time and have a QoS Equivalent, but with the possibility of a small congestion based on the capacity of the links made sufficient.
LTE (Long Term Evolution)协议中TCP变体的比较
传输控制协议(TCP)是在OSI(开放系统互连)建模传输层中工作的协议之一。TCP更多的是为有线网络设计的。然而,为了满足基于用户需求的网络技术快速发展的需要,TCP在无线设备上的使用还需要进一步发展。基于无线网络的实现方式之一是移动技术长期演进(LTE)宽带提供的优势,特别是在接入方面。TCP Tahoe、TCP Reno、TCP SACK和TCP Vegas是LTE网络模型的变体。首先是当网络中只有一个特定的TCP变体工作时,每个TCP变体的视图吞吐量。两者都同时观察吞吐量TCP的所有变体,并具有等效的QoS,但基于链路容量的小拥塞的可能性足够。
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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