A Time Series Analysis and Persistence Framework for Global Multicloud

Lu Ming, Wang Youyan, W. Lijuan, Feng Yatong
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Abstract

In the global multicloud environment, time series database is an essential service in large-scale monitoring or IoT data persistence and analysis. However, due to various factors such as huge amounts of data, large numbers of concurrent reading and writing devices and complex network environments, conventional time series databases are often difficult to achieve unified management through global multicloud. This paper tried to put forward a persistence and analysis framework for global multicloud distributed time series databases, which could achieve unified analysis and distributed data persistence in multicloud environments and support scale-out, concurrent writing as well as high performance query and analysis. In addition, the framework presented is able to optimize data lifecycle management, query routing and cost, along with forming a good integration with monitoring ecosystem.
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面向全局多云的时间序列分析与持久化框架
在全球多云环境下,时间序列数据库是大规模监控或物联网数据持久化和分析的重要服务。然而,由于数据量巨大、并发读写设备众多、网络环境复杂等多种因素,传统的时间序列数据库往往难以通过全球多云实现统一管理。本文试图提出一种面向全球多云分布式时间序列数据库的持久化与分析框架,实现多云环境下的统一分析和分布式数据持久化,支持横向扩展、并发写入和高性能查询分析。此外,该框架能够优化数据生命周期管理、查询路由和成本,并与监控生态系统形成良好的集成。
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