STaaS:时空历史学家服务

Xiaoyan Chen, Xiaomin Xu, Sheng Huang, Weiming Ye, Lance Feagan, Lalitha Krishnamoorthy, Mark Ashworth
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引用次数: 2

摘要

在物联网(IoT)时代,越来越多的数据管理应用,如互联汽车和智慧城市,面临着查询和分析海量时空数据的挑战。这些应用程序经常执行将移动对象与空间数据连接起来的查询,例如选择过桥的子轨道。然而,当前最先进的关系数据库系统不支持时空查询,或者不支持本地查询。大多数现有系统直接在原始时空数据上构建空间索引,这会在扩展索引和查询时导致性能问题。在本文中,我们着重于通过扩展IBM Blue混合时间序列数据库服务来构建一个时空历史记录即服务(STaaS)。STaaS服务管理处理对大量历史数据的时空查询。实验表明,通过添加分片,STaaS服务可以很容易地向外扩展,并在混合数据存储的支持下实现了显著的时空查询加速。此外,我们已经在Blue mix Staging(内部用户测试)区域部署了STaaS,以便在将来将其移植到产品区域之前收集改进反馈。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
STaaS: Spatio Temporal Historian as a Service
In the Internet of Things (IoT) era, an increasing number of data management applications, such as for connected vehicles and smarter cities, face the challenge of querying and analyzing massive volumes of spatiotemporal data. These applications frequently perform queries that join moving objects with spatial data, such as selecting sub-tracks crossing a bridge. However, spatiotemporal queries are not well supported or natively supported by current state-of-the-art relational database systems. Most of existing systems build a spatial index directly over the raw spatiotemporal data, which leads to performance issues when scaling out for both indexing and query. In this paper, we focus on building a Spatio Temporal historian as a Service (STaaS) by extending the IBM Blue mix Time Series Database service. The STaaS service manages to process spatiotemporal queries over high volume historical data. The experiments show that STaaS service could easily scale out by adding shards, and achieve dramatic speed-up on spatiotemporal query with support of our hybrid data store. Moreover, we have already deployed STaaS on Blue mix Staging (Internal User Testing) Zone to collect feedback for improvement before porting it into the product zone in the future.
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