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引用次数: 60
摘要
本文介绍了我们将斯隆数字巡天(SDSS)/ SkyServer移植到最先进的开源数据库系统MonetDB/SQL的经验。SDSS作为科学数据库管理的一个文档完备的基准。我们已经为个人SkyServer实现了一个功能齐全的原型,可以从我们的网站下载。从中得到的教训是:1)MonetDB的列存储方法在科学数据库领域展示了巨大的潜力。然而,该应用程序也挑战了我们实现的功能,并表明需要一个完全可操作的SQL环境,例如包括持久存储模块;2)初始性能可以与参考平台MS SQL Server 2005相媲美;3)对SDSS查询跟踪的分析暗示了几种通过利用重复行为和放大/缩小访问模式来提高性能的技术,这些技术目前还没有被系统捕获。
MonetDB/SQL Meets SkyServer: the Challenges of a Scientific Database
This paper presents our experiences in porting the Sloan Digital Sky Survey(SDSS)/ SkyServer to the state-of- the-art open source database system MonetDB/SQL. SDSS acts as a well-documented benchmark for scientific database management. We have achieved a fully functional prototype for the personal SkyServer, to be downloaded from our site. The lessons learned are 1) the column store approach of MonetDB demonstrates a great potential in the world of scientific databases. However, the application also challenged the functionality of our implementation and revealed that a fully operational SQL environment is needed, e.g. including persistent stored modules; 2) the initial performance is competitive to the reference platform, MS SQL Server 2005, and 3) the analysis of SDSS query traces hints at several techniques to boost performance by utilizing repetitive behavior and zoom-in/zoom-out access patterns, that are currently not captured by the system.