Introduction to Spark 2.0 for Database Researchers

Michael Armbrust, Doug Bateman, Reynold Xin, M. Zaharia
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引用次数: 20

Abstract

Originally started as an academic research project at UC Berkeley, Apache Spark is one of the most popular open source projects for big data analytics. Over 1000 volunteers have contributed code to the project; it is supported by virtually every commercial vendor; many universities are now offering courses on Spark. Spark has evolved significantly since the 2010 research paper: its foundational APIs are becoming more relational and structural with the introduction of the Catalyst relational optimizer, and its execution engine is developing quickly to adopt the latest research advances in database systems such as whole-stage code generation. This tutorial is designed for database researchers (graduate students, faculty members, and industrial researchers) interested in a brief hands-on overview of Spark. This tutorial covers the core APIs for using Spark 2.0, including DataFrames, Datasets, SQL, streaming and machine learning pipelines. Each topic includes slide and lecture content along with hands-on use of a Spark cluster through a web-based notebook environment. In addition, we will dive into the engine internals to discuss architectural design choices and their implications in practice. We will guide the audience to "hack" Spark by extending its query optimizer to speed up distributed join execution.
数据库研究人员Spark 2.0简介
Apache Spark最初是加州大学伯克利分校的一个学术研究项目,是大数据分析领域最受欢迎的开源项目之一。超过1000名志愿者为该项目贡献了代码;几乎每个商业供应商都支持它;现在很多大学都开设了Spark课程。自2010年的研究论文以来,Spark已经有了显著的发展:随着Catalyst关系优化器的引入,它的基础api变得更加关系型和结构化,它的执行引擎也在快速发展,以采用数据库系统中最新的研究进展,比如全阶段代码生成。本教程是为对Spark有兴趣的数据库研究人员(研究生、教师和工业研究人员)设计的。本教程涵盖了使用Spark 2.0的核心api,包括dataframe、数据集、SQL、流和机器学习管道。每个主题包括幻灯片和讲座内容,以及通过基于web的笔记本环境动手使用Spark集群。此外,我们将深入研究引擎内部,讨论架构设计选择及其在实践中的含义。我们将引导读者通过扩展查询优化器来“破解”Spark,以加快分布式连接的执行速度。
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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