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RULE GENERATION FOR CLASSIFICATION BY ANT COLONY OPTIMIZATION

机译:通过蚁群优化进行分类的规则生成

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摘要

Ant Colony Optimization (ACO) is an exciting model, which can solve a variety of optimization problems, based on observing the cooperative behavior of social insects such as ants. Recently, it has been adapted to the generation of an ordered set of IF-THEN rules, producing categorical classification of unknown input data. The purpose of this paper is to confirm the usefulness of the new application of the Ant Colonization Algorithm to generation of classification rules. This new classification model presents certain advantages similar to those attributed to statistical methods and neural networks, i.e. resistance to noise and attribute interaction, as well as the ability to produce simple rules, useful in the real world. We have implemented the in Visual Basic. We have analyzed six public data sets, mostly in the medical domain.
机译:蚁群优化(ACO)是一个令人兴奋的模型,它可以通过观察蚂蚁等社交昆虫的协作行为来解决各种优化问题。最近,它已适应于生成有序的IF-THEN规则集,从而产生未知输入数据的分类。本文的目的是确认蚁群算法在分类规则生成中的新应用。这种新的分类模型具有与统计方法和神经网络相似的某些优势,即对噪声和属性交互的抵抗力以及产生简单规则的能力,这些在现实世界中很有用。我们已经在Visual Basic中实现了。我们分析了六个公共数据集,其中大部分在医学领域。

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