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Anomaly detection in business processes using process mining and fuzzy association rule learning

机译:使用流程挖掘和模糊协会规则学习的业务流程中的异常检测

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Abstract Much corporate organization nowadays implement enterprise resource planning (ERP) to manage their business processes. Because the processes run continuously, ERP produces a massive log of processes. Manual observation will have difficulty monitoring the enormous log, especially detecting anomalies. It needs the method that can detect anomalies in the large log. This paper proposes the integration of process mining, fuzzy multi-attribute decision making and fuzzy association rule learning to detect anomalies. Process mining analyses the conformance between recorded event logs and standard operating procedures. The fuzzy multi-attribute decision making is applied to determine the anomaly rates. Finally, the fuzzy association rule learning develops association rules that will be employed to detect anomalies. The results of our experiment showed that the accuracy of the association rule learning method was 0.975 with a minimum confidence level of 0.9 and that the accuracy of the fuzzy association rule learning method was 0.925 with a minimum confidence level of 0.3. Therefore, the fuzzy association rule learning method can detect fraud at low confidence levels.
机译:抽象的太多公司组织现在实施企业资源规划(ERP)来管理他们的业务流程。由于进程连续运行,因此ERP产生了大量的进程日志。手动观察将难以监控巨大的日志,尤其是检测异常。它需要可以检测大日志中的异常的方法。本文提出了流程挖掘,模糊多属性决策和模糊关联规则学习检测异常的集成。过程挖掘分析了录制事件日志和标准操作程序之间的一致性。模糊多属性决策应用于确定异常率。最后,模糊关联规则学习开发将用于检测异常的关联规则。我们的实验结果表明,关联规则学习方法的准确性为0.975,最小置信水平为0.9,模糊关联规则学习方法的准确性为0.925,最小置信水平为0.3。因此,模糊关联规则学习方法可以在低置信水平下检测欺诈。

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