Software-Based Validation of the Differentiation Scheme for Ethernet and Wireless LAN Access Network Types Using an End-to-End Approach

P. Parwekar, A. Bakambekova, Talgat Bizhigit, Yeldar Toleubay
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Abstract

Different access network types are characterized by a variety of attributes which include link bandwidths, physical media, capacity, and reliability. Therefore, the question of accurately identifying whether the sender uses a wired ethernet connection or a wireless LAN connection comes into place. This article aims to analyse, simulate, validate, and improve the existing classification scheme which is based on measuring entropy of packet pair inter-arrival times and median. A riverbed modeller (former OPNET) is used for simulating the different scenarios. Small-scale experiment conducted on campus at the Nazarbayev University (NU) validates the insignificance of the packet probe size chosen for the classification.
基于端到端方法的以太网和无线局域网接入网类型区分方案的软件验证
不同的接入网类型具有不同的属性,包括链路带宽、物理介质、容量和可靠性。因此,准确识别发送者是使用有线以太网连接还是无线局域网连接的问题就出现了。本文旨在分析、仿真、验证和改进现有的基于数据包对间隔到达时间和中值熵的分类方案。河床建模器(以前的OPNET)用于模拟不同的场景。在纳扎尔巴耶夫大学(NU)校园进行的小规模实验验证了用于分类的数据包探测大小的不重要性。
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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