比较MPT通信库和多路径TCP的聚合能力

Ákos Kovács
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引用次数: 9

摘要

MPT网络层多径通信库能够使用多个通信通道创建使用GRE隧道协议的UDP隧道,被认为是未来认知信息通信可能的新基础。另一方面,多路径TCP使用一个特殊的内核模块来创建多个TCP子流来聚合网络吞吐量。在本文中,我们使用12个100Mbps速度通道来比较这两种多径通信技术的聚合能力。我们使用了不同的场景:我们测量了IPv4和IPv6作为底层和封装协议。在所有情况下,我们使用1到12个通道来使用iperf网络测量工具和HTTP下载来测量聚合功能。
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Comparing the aggregation capability of the MPT communications library and multipath TCP
The MPT network layer multipath communication library-which was proposed to be a possible new basis for the future cognitive info-communication-is capable to use multiple communication channels to create an UDP tunnel which uses GRE tunnel protocol. On the other hand, Multipath TCP uses a special kernel module which creates multiple TCP sub-flows to aggregate network throughput. In this paper we used twelve 100Mbps speed channels to compare the aggregation capabilities of these two multipath communication techniques. Different scenarios were used: we measured both IPv4 and IPv6 as underlying and encapsulation protocols. In all cases, we used one to twelve channels to measure the aggregation capabilities with the iperf network measurement tool and also with HTTP download.
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