Zephyr:从高密度体育场内部署的第一人称无线分析

Nathan D. Mickulicz, Utsav Drolia, P. Narasimhan, R. Gandhi
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引用次数: 6

摘要

Zephyr是一种第一人称无线性能数据收集方法,通过OTT视频流服务研究终端用户对无线网络性能的看法,该服务已在35个移动应用程序和25个体育场馆中使用。我们使用Zephyr从收集了2年多的生产轨迹中提供对用户行为和用户脱离的洞察。我们识别我们观察到的不同类型的故障,并描述它们发生的频率。最后,我们将低级Wi-Fi性能数据与应用程序级故障联系起来,并描述了我们观察到的趋势。Zephyr的数据显示,如果视频播放在12秒内没有开始,50%的用户会退出,如果视频播放停顿超过6秒。视频播放最主要的故障类型是在初始缓冲阶段取消,占所有流的30%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Zephyr: First-person wireless analytics from high-density in-stadium deployments
Zephyr is a first-person wireless-performance data-collection approach to study the end-user's perspective of the wireless-network's performance using an OTT video-streaming service used in 35 mobile applications and 25 sports stadiums. We use Zephyr to provide insights into user behavior and user disengagement from production traces gathered over 2+ years. We identify the different types of failures that we've observed, and describe how frequently they occur. Finally, we correlate low-level Wi-Fi performance data with application-level failures and describe the trends that we observe. The data from Zephyr reveals that 50% of users disengage if video playback does not begin within 12 seconds, and also if video playback stalls, instream, for more than 6 seconds. The most dominant failure type for video playback is cancellation during the initial buffering phase, which accounts for 30% of all streams.
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