Implementation of a linear transitive closure algorithm in relational database design

ACM-SE 35 Pub Date : 1997-04-02 DOI:10.1145/2817460.2817462
R. Ladner
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Abstract

This paper describes a correction to an existing linear transitive closure algorithm found in [1], explains how the algorithm works and provides an example of how it works. Relational database design involves the generation of relational schemes that avoid unnecessary repetition of information. At the same time the ability to accurately retrieve all data stored in the database must be preserved. A transitive closure algorithm can be used in the design process to identify the correct attributes that can be removed without jeopardizing the accuracy of data retrieval [2]. Linear run time can be achieved with the corrected algorithm described in this paper.
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关系型数据库设计中线性传递闭包算法的实现
本文描述了对[1]中现有的线性传递闭包算法的修正,解释了该算法的工作原理,并提供了一个示例。关系数据库设计涉及到生成关系方案,以避免不必要的信息重复。同时,必须保留准确检索存储在数据库中的所有数据的能力。在设计过程中可以使用传递闭包算法来识别可以删除的正确属性,而不会影响数据检索的准确性[2]。本文所描述的修正算法可以实现线性运行时间。
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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