Multi-Soft Set Based Approach for Rule based Classification Using Sequential Covering Algorithm

Santhosh Kottam, V. Paul
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Abstract

Rule-based classification is a popular and adaptable method for determining the class of an object. Two accepted rule based classification methods are decision tree induction and sequential covering algorithms. Now a days, soft computing tools are widely used in all areas of knowledge discovery. Soft set theory that has wide application in data mining, is a novel soft computing tool. One of its branches is multi soft set theory. In the research, we have brought out applications of multi soft set theory in rule-based classification using a sequential covering algorithm. Conventional sequential covering algorithm for implementing rule based classification has certain limitations. The proposed research is supposed to overcome those problems. The beginning part is an introduction and the second part, details the applications of multi-soft set theory. Towards the end, we are contributing a new algorithm using multi soft set theory which can be implemented in python programming language. This new method has wide applications in different areas like business, health, sports, education etc.
基于顺序覆盖算法的多软集规则分类方法
基于规则的分类是确定对象类别的一种流行且适应性强的方法。两种公认的基于规则的分类方法是决策树归纳和顺序覆盖算法。如今,软计算工具被广泛应用于知识发现的各个领域。软集理论是一种新型的软计算工具,在数据挖掘中有着广泛的应用。它的一个分支是多软集理论。在研究中,我们提出了多软集理论在基于顺序覆盖算法的规则分类中的应用。传统的顺序覆盖算法实现基于规则的分类存在一定的局限性。拟议的研究旨在克服这些问题。第一部分是绪论,第二部分详细介绍了多软集理论的应用。最后,我们提出了一种基于多软集理论的新算法,该算法可以用python编程语言实现。这种新方法在商业、卫生、体育、教育等不同领域都有广泛的应用。
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