Leveraging ML to handle the increasing complexity of the cloud

Christina Delimitrou
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Abstract

Cloud services are increasingly adopting new programming models, such as microservices and serverless compute. While these frameworks offer several advantages, such as better modularity, ease of maintenance and deployment, they also introduce new hardware and software challenges. In this talk, I will briefly discuss the challenges that these new cloud models introduce in hardware and software, and present some of of our work on employing ML to improve the cloud's performance predictability and resource efficiency. I will first discuss Seer, a performance debugging system that identifies root causes of unpredictable performance in multi-tier interactive microservices, and Sage, which improves on Seer by taking a completely unsupervised learning approach to data-driven performance debugging, making it both practical and scalable.
利用机器学习来处理日益复杂的云
云服务越来越多地采用新的编程模型,例如微服务和无服务器计算。虽然这些框架提供了一些优点,例如更好的模块化、易于维护和部署,但它们也带来了新的硬件和软件挑战。在这次演讲中,我将简要讨论这些新的云模型在硬件和软件中引入的挑战,并介绍我们在使用ML来提高云的性能可预测性和资源效率方面的一些工作。我将首先讨论Seer,一个性能调试系统,它可以识别多层交互微服务中不可预测性能的根本原因,以及Sage,它通过采用完全无监督的学习方法进行数据驱动的性能调试来改进Seer,使其既实用又可扩展。
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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