Towards dynamic SQL compilation in Apache Spark

F. Schiavio, Daniele Bonetta, Walter Binder
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引用次数: 1

Abstract

Big-data systems have gained significant momentum, and Apache Spark is becoming a de-facto standard for modern data analytics. Spark relies on code generation to optimize the execution performance of SQL queries on a variety of data sources. Despite its already efficient runtime, Spark's code generation suffers from significant runtime overheads related to data de-serialization during query execution. Such performance penalty can be significant, especially when applications operate on human-readable data formats such as CSV or JSON.
在Apache Spark中实现动态SQL编译
大数据系统已经获得了巨大的发展势头,Apache Spark正在成为现代数据分析的事实上的标准。Spark依靠代码生成来优化SQL查询在各种数据源上的执行性能。尽管Spark的运行时已经很高效了,但是在查询执行期间,与数据反序列化相关的运行时开销还是很大。这种性能损失可能很严重,特别是当应用程序操作人类可读的数据格式(如CSV或JSON)时。
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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