Data and knowledge classification in intelligence informational systems by the evolutionary method

V. Bova, V. Kureichik, D. Zaruba
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引用次数: 5

Abstract

This article discusses the promising direction in the field of intelligence informational system such as knowledge bases development. These knowledge bases use ontology systemization as a tool for classification of domain objects. The developed model is able to select essential features of classifiable objects. To solve problems of classification and structuring of data and knowledge, we suggest a new evolutionary approach based on the arranging of knowledge objects with respect to the basic element inside of a multidimensional space of features. The basic element is denoted by the genetic algorithm (GA). This algorithm allows to obtain the effective solution of classification with the use of different types of basic element representation inside of multidimensional space and various classes ordering in sequence of ontology objects. The genetic algorithm is an iterative probabilistic heuristic search algorithm with simultaneous use of a variety of populations from alternative solution space.
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基于进化方法的智能信息系统数据和知识分类
本文讨论了知识库开发等智能信息系统的发展方向。这些知识库使用本体系统化作为领域对象分类的工具。所建立的模型能够选择可分类对象的基本特征。为了解决数据和知识的分类和结构化问题,我们提出了一种基于多维特征空间中基本元素对知识对象进行排列的进化方法。基本元由遗传算法表示。该算法利用多维空间内部不同类型的基本元素表示和本体对象的不同类顺序排序,获得有效的分类解决方案。遗传算法是一种迭代概率启发式搜索算法,它同时使用来自备选解空间的各种种群。
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