Generating qualified summarization answers using fuzzy concept hierarchies

Ngo Tuan Phong, N. Phuong, N. K. Anh
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Abstract

In this paper, we introduce a partially automated method to generate qualified answers at multiple abstraction levels for database queries. We examine the issues involving data summarization by Attribute-Oriented Induction (AOI) on large databases using fuzzy concept hierarchies. Because a node may have many abstracts, the fuzzy hierarchies become more complex and vaguer than crisp ones. Therefore, we cannot use exactly the original AOI algorithm with crisp hierarchies, applied for fuzzy hierarchies, to get interesting answers. The main contribution of this paper is that we propose a new approach to refine fuzzy hierarchies and evaluate tuple-terminal conditions to reduce noisy tuples. The foundations of our approach are the generalization hierarchy and a new method to estimate tuple quality. We implemented the algorithm in our knowledge discovery system and the experimental results show that the approach is efficient and suitable for knowledge discovery in large databases.
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使用模糊概念层次结构生成合格的摘要答案
在本文中,我们介绍了一种部分自动化的方法来为数据库查询在多个抽象级别上生成合格的答案。本文研究了利用模糊概念层次对大型数据库进行面向属性归纳法(AOI)数据总结的问题。因为一个节点可能有许多抽象,所以模糊层次结构会比清晰层次结构更加复杂和模糊。因此,我们不能完全使用原始的层次清晰的AOI算法,应用模糊层次来得到有趣的答案。本文的主要贡献是我们提出了一种新的方法来细化模糊层次和评估元终端条件,以减少噪声元组。该方法的基础是泛化层次结构和一种新的元组质量估计方法。在我们的知识发现系统中实现了该算法,实验结果表明该方法是有效的,适用于大型数据库中的知识发现。
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