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To Share or Not to Share? How Exploitation of Context Data Can Improve In-Network QoE Monitoring of Encrypted YouTube Streams

机译:共享还是不共享?利用上下文数据如何改善加密的YouTube流的网络内QoE监控

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With the widespread use of encryption in Over the Top (OTT) traffic, Internet Service Providers (ISPs) for the most part lack insights into application performance, as well as into Quality of Experience (QoE) perceived by end users. Addressing challenges related to encryption, ISPs are looking into machine learning (ML) based solutions that can detect application performance solely from statistical properties of the traffic. On the other hand, OTT service providers are not willing to share service performance and content-related information with ISPs. While related work on OTT-ISP collaboration scenarios has addressed architectural aspects, business models, and to a certain extent incentives for sharing data, the focus of this paper is on the exchanged data itself. We investigate to what extent the performance of in-network ML-based QoE estimation models for HTTP adaptive video streaming could be improved with the availability of certain context data provided by OTT providers. We motivate OTT-ISP collaboration through more accurate in-network QoE monitoring and potential improvement of user experience, which is of interest to both sides.
机译:随着OTT流量中加密技术的广泛使用,Internet服务提供商(ISP)大多缺乏对应用程序性能以及最终用户感知的体验质量(QoE)的洞察力。为解决与加密相关的挑战,ISP正在研究基于机器学习(ML)的解决方案,该解决方案只能从流量的统计属性中检测应用程序性能。另一方面,OTT服务提供商不愿意与ISP共享服务性能和与内容相关的信息。尽管有关OTT-ISP协作方案的相关工作已解决了体系结构方面,业务模型以及在一定程度上鼓励共享数据的动机,但本文的重点还是交换数据本身。我们调查了OTT提供者提供的某些上下文数据的可用性可以在多大程度上改善HTTP自适应视频流的基于ML的网络内基于ML的QoE估计模型的性能。我们通过更精确的网络内QoE监控和潜在的用户体验改善来促进OTT-ISP的合作,这对双方都有好处。

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