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Measurement of long-distance Wi-Fi connections: An empirical study

机译:远程Wi-Fi连接的测量:一项实证研究

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Long-distance Wi-Fi technology has shown promise in several network applications that cannot utilize conventional technologies effectively. Although the network performance of Wi-Fi technology is affected by a number of environmental factors, there is a dearth of long-term, continuous, and systematic studies on the correlations between those factors and the technology's performance. In this study, we deployed a long-distance Wi-Fi testbed on our campus and conducted a one-year experiment. Comprehensive data analysis of the measurement results shows that rainfall is the major weather attribute that affects the network performance of long-distance Wi-Fi links. In addition, the performance is highly correlated to human activities in the immediate vicinity. The results also demonstrate it is possible to infer people's daily routines on campus by exploiting the long-term measurement data.
机译:远程Wi-Fi技术已在无法有效利用常规技术的几种网络应用中显示出了希望。尽管Wi-Fi技术的网络性能受许多环境因素的影响,但缺乏对这些因素与技术性能之间的相关性的长期,连续和系统的研究。在这项研究中,我们在校园内部署了一个长距离Wi-Fi测试平台,并进行了为期一年的实验。对测量结果的综合数据分析表明,降雨是影响长距离Wi-Fi链路网络性能的主要天气属性。此外,性能与附近的人类活动高度相关。结果还表明,可以利用长期的测量数据来推断人们在校园中的日常活动。

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