一个关系型数据库环境,用于数值模拟后端存储

J. Nazdrowicz
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引用次数: 3

摘要

科学应用中的有效数据处理问题是众所周知的。究其原因,一是前端应用程序代码不优化,二是后端科学数据管理系统不完善。本文介绍了平面文件和关系数据库数据存储之间的区别。它还展示了(基于Microsoft SQL Server数据库引擎)利用关系数据库的好处和方法。其中包括创建科学工作组环境,以实现高可用性、容错和内置实现结构和机制的最佳科学数据处理。这种解在数值方法程序和有限元方法中都很有用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A relational database environment for numerical simulation backend storage
Problem of effective data processing in scientific applications is well-known. There are two reasons of that: nonoptimal front-end application code and ineffective system of scientific data management at back-end. This article presents differences between flat file and relational database data storage. It also shows (based on Microsoft SQL Server database engine) benefits and methods of taking advantages of relational database. These include creation scientific workgroup environment for high availability, fault tolerance and optimal scientific data processing with build-in implemented structures and mechanisms. Such solution can be useful in numerical methods programs, also in Finite Element Methods.
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