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首页> 外文期刊>ORSA Journal on Computing >Data Mining by Decomposition: Adaptive Search for Hypothesis Generation
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Data Mining by Decomposition: Adaptive Search for Hypothesis Generation

机译:通过分解的数据挖掘:假设搜索的自适应搜索

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Data mining methods search large databases for interesting patterns that may lead to useful decisions in organizations. When the database is defined over scores of attributes, the complexity of the search increases due to the combinatorial explosion at the attribute-space level, because billions of attribute subsets are candidates for forming interesting patterns in the database. A useful way to address this complexity is to partition the search problem and apply separate, but intertwined, algorithms for attribute search and pattern search. A genetic algorithm is applied on more interesting patterns. this method is applied on the attribute search problem to identify subsets that lead to more interesting patterns. This method is applied on a real world database arising from the investigations into the "Persian Gulf IIIness." Computational experiments resulted in significant success compared to random or manual attribute selection.
机译:数据挖掘方法在大型数据库中搜索有趣的模式,这些模式可能导致组织做出有用的决策。当在数十个属性上定义数据库时,由于属性空间级别的组合爆炸,搜索的复杂性会增加,因为数十亿个属性子集是在数据库中形成有趣模式的候选对象。解决这种复杂性的一种有用方法是对搜索问题进行分区,并对属性搜索和模式搜索应用单独但相互交织的算法。遗传算法被应用于更有趣的模式。该方法应用于属性搜索问题,以识别导致更有趣模式的子集。这种方法被应用在对“波斯湾第三帝国”的调查中产生的真实世界数据库中。与随机或手动属性选择相比,计算实验取得了显著成功。

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