Temporal and Spatial Association Rules Strong Mining Algorithm Based on Hierarchical Reasoning Parameters

Zhang Xuewu
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Abstract

Such problems as premature convergence and local optimal solution universally exist in the application of traditional genetic algorithm to the association rules mining, so a lot of time is needed for extracting the useful strong association rules. In order to conquer these disadvantages, the adaptive variation rate is introduced in this paper and the method for the operator selection during the genetic process is improved in order to specifically improve the traditional genetic algorithm, and the improved association rules mining method is used to analyze the power transformation equipment defect data. The example comparison shows that the improved genetic algorithm can significantly reduce the rule discovery calculation complexity and improve the association rules mining efficiency.
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基于层次推理参数的时空关联规则强挖掘算法
传统遗传算法在关联规则挖掘中的应用普遍存在过早收敛和局部最优解等问题,因此需要花费大量时间来提取有用的强关联规则。为了克服这些缺点,本文引入了自适应变异率,并对遗传过程中的算子选择方法进行了改进,对传统遗传算法进行了针对性的改进,并采用改进的关联规则挖掘方法对变电设备缺陷数据进行了分析。实例对比表明,改进的遗传算法可以显著降低规则发现的计算复杂度,提高关联规则挖掘效率。
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