面向最终用户可理解和可利用的发现知识

A. Touzi
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引用次数: 1

摘要

从数据库中提取知识的主要目的是帮助用户给出数据的语义和优化信息研究。不幸的是,几乎所有的知识发现方法都没有考虑到这一基本约束。事实上,这些方法产生了大量不容易被人脑吸收的规则。本文提出了一种融合概念聚类、模糊逻辑和形式化概念分析的数据库知识发现新方法。在网格提供层次结构的基础上,对知识进行分层发现。因此,根据用户所需的细节程度,该方法提出了一个知识层次和对该知识的不同看法,因此用户可以很容易地利用所生成的所有知识。此外,该方案具有可扩展性,用户可以根据自己的数据领域和需要选择模糊分类方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Towards a Discovering Knowledge Comprehensible and Exploitable by the End-User
The main goal to extract knowledge in database is to help the user to give semantics of data and to optimize the information research. Unfortunately, this fundamental constraint is not taken into account by almost all the approaches for knowledge discovery. Indeed, these approaches generate a big number of rules that are not easily assimilated by the human brain. In this paper, we propose a new approach for Knowledge Discovery in Databases through the fusion of conceptual clustering, fuzzy logic, and formal concept analysis. While basing on the hierarchical structure offered by the lattices, we proceed to discover the Knowledge in a hierarchical way. Thus, according to the degree of detail required by the user, this approach proposes a level of knowledge and different views of this knowledge, so the user can easily exploit all knowledge generated. Moreover, this solution is extensible, the user is able to choose the fuzzy method of classification according to the domain of his data and his needs.
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