web环境下基于GPS时钟的单向时延测量与建模

Abdollah Hasan Nezhad, Yaghoub Azizi
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引用次数: 6

摘要

时延是决定网络服务质量和拓扑结构的主要参数之一。一方面,延迟为我们提供了比往返时间更多的信息,而且它还涉及更复杂的计算。本文设计并实现了两种基于主动测量的测量装置,利用GPS时钟测量网络环境中相距较远的两点之间的单向时延。然后对这些测量结果进行分析和建模,同时还研究了VPN网络行为和数据包大小对延迟量的影响。利用基于这种方法制造的设备,可以随时随地以低成本测量延迟,精度为20微秒,同步精度为30纳秒,只需掌握IP, MAC和网关地址。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
GPS clock based one way delay measurement and modeling in web environment
Delay is one of the main parameters in determining quality of service and topology of network. One way delay provides us with more information than that a round trip time does and it also involves more intricate calculations. In this paper, two measuring devices are designed and implemented that can measure the one way delay present between two distant points in web environment using GPS clock and based on active measurement. The results obtained from these measurements were then analyzed and modeled, meanwhile VPN network behavior and packet size effect on the amount of delay were also investigated as well. Delay could be measured at anywhere and anytime with low costs and accuracy of 20 microseconds and accuracy of synchronization of 30 nanoseconds with only IP, MAC and Gateway addresses in hand, utilizing the devices made based on this approach.
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