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Database Integrated Analytics Using R: Initial Experiences with SQL-Server + R

机译:使用R进行数据库集成分析:SQL-Server + R的初步经验

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Most data scientists use nowadays functional or semi-functional languages like SQL, Scala or R to treat data, obtained directly from databases. Such process requires to fetch data, process it, then store again, and such process tends to be done outside the DB, in often complex data-flows. Recently, database service providers have decided to integrate "R-as-a-Service" in their DB solutions. The analytics engine is called directly from the SQL query tree, and results are returned as part of the same query. Here we show a first taste of such technology by testing the portability of our ALOJA-ML analytics framework, coded in R, to Microsoft SQL-Server 2016, one of the SQL+R solutions released recently. In this work we discuss some data-flow schemes for porting a local DB + analytics engine architecture towards Big Data, focusing specially on the new DB Integrated Analytics approach, and commenting the first experiences in usability and performance obtained from such new services and capabilities.
机译:如今,大多数数据科学家都使用SQL,Scala或R之类的功能或半功能语言来处理直接从数据库获取的数据。这种过程需要获取数据,对其进行处理,然后再次存储,并且这种过程往往是在DB外部完成的,通常是复杂的数据流。最近,数据库服务提供商已决定在其数据库解决方案中集成“即服务”。直接从SQL查询树中调用分析引擎,并将结果作为同一查询的一部分返回。在这里,我们通过测试用R编码的ALOJA-ML分析框架到Microsoft SQL-Server 2016(最近发布的SQL + R解决方案之一)的可移植性,来展示这种技术的初衷。在这项工作中,我们讨论了一些将本地DB +分析引擎体系结构移植到大数据的数据流方案,特别着重于新的DB Integrated Analytics方法,并评论了从此类新服务和功能获得的可用性和性能方面的初步经验。

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