内容交付服务的自适应和学习意识编排

S. V. Rossem, Thomas Soenen, W. Tavernier, D. Colle, M. Pickavet, P. Demeester
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引用次数: 1

摘要

许多媒体服务经历不同的工作负载,显示出周期性的使用模式或意外的流量激增。随着云和NFV服务越来越多地被软件化,它们可以实现完全动态的部署和扩展行为。与此同时,越来越需要快速和有效的机制,以便只在需要时才以同样的弹性分配足够的资源。这需要所涉及的服务的充分的性能模型,以及在所涉及的编排机制中对这些模型的认识。在本文中,我们介绍了如何使用自适应机器学习模型进行性能分析,以资源和时间效率的方式部署可扩展的内容交付服务。我们包含了能够以动态方式作用于概要知识的编排机制。使用服务的离线性能模型,我们能够优化在线服务编排,需要更少的伸缩迭代。
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Adaptive & Learning-aware Orchestration of Content Delivery Services
Many media services undergo a varying workload, showing periodic usage patterns or unexpected traffic surges. As cloud and NFV services are increasingly softwarized, they enable a fully dynamic deployment and scaling behaviour. At the same time, there is an increasing need for fast and efficient mechanisms to allocate sufficient resources with the same elasticity, only when they are needed. This requires adequate performance models of the involved services, as well as awareness of those models in the involved orchestration machinery. In this paper we present how a scalable content delivery service can be deployed in a resource- and time-efficient manner, using adaptive machine learning models for performance profiling. We include orchestration mechanisms which are able to act upon the profiled knowledge in a dynamic manner. Using an offline profiled performance model of the service, we are able to optimize the online service orchestration, requiring fewer scaling iterations.
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