Migrate On-Premises Real-Time Data Analytics Jobs Into the Cloud

Huijun Wu, Xiaoyao Qian, Hulya Pamukcu Crowell, Tushar Singh, Aleks Shulman, Prashil Bhimani, Abhishek Maloo, Chunxu Tang, Yao Li, Lu Zhang, Chris Ulherr
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引用次数: 4

Abstract

Twitter's data platform team is serving a large number of real-time analytics jobs, powering a wide range of data science use cases, from aggregations over time to spam detection. These analytics jobs constitute a crucial step in Twitter's data science infrastructure. As a key part of Twitter's “partly cloudy” strategy, real-time data analytics jobs are being migrated from on-premises into the cloud. We would like to share our migration approach and findings in this paper. The jobs to be migrated vary but follow common patterns, including the “read-modify-write store” and “lambda architecture” patterns. Both patterns can be migrated to the Beam data model in general ways. Besides job patterns, the job IOs are handled by replicating or proxying between on-premises and the cloud. Tests are applied in two phases through monitoring metrics and control tests. A case study demonstrates the business impact of migration. Finally, we discuss lessons learned.
将本地实时数据分析工作迁移到云中
Twitter的数据平台团队正在为大量的实时分析工作提供服务,为广泛的数据科学用例提供支持,从随时间的聚合到垃圾邮件检测。这些分析工作构成了Twitter数据科学基础设施的关键一步。作为Twitter“部分云”战略的关键部分,实时数据分析工作正在从本地迁移到云端。我们想在本文中分享我们的迁移方法和发现。要迁移的作业各不相同,但遵循共同的模式,包括“读-修改-写存储”和“lambda架构”模式。这两种模式都可以通过一般方式迁移到Beam数据模型。除了作业模式之外,作业IOs还通过本地和云之间的复制或代理来处理。测试通过监视度量和控制测试分两个阶段应用。一个案例研究演示了迁移的业务影响。最后,我们讨论经验教训。
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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