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TEM Research Based on Bayesian Network and Neural Network

机译:基于贝叶斯网络和神经网络的TEM研究

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This paper established the structural database using the method of Threat and Error Management (TEM), and obtained the characteristics of three types of data which are classified by threat, error and unexpected situation. Based on TEM frame, Neural Network is applied to add data, and Bayesian Network is applied to study the correlation among threat, error and unexpected situation. Here comes the conclusion: 1) Through applying Bayesian Evaluation to 625 selected samples, we found that specific unexpected situations have high correlation with some specific threat and error, Bayesian Evaluation reveals that when some unexpected situation happen, the high correlated threat and error to the unexpected situation. For instance, the threat and error that have highest correlation to in air unexpected situation are: Procedure Internal threat and communication error among Air Traffic Control and aircrew. 2) The high occurrence of some threat and error don't necessarily have high correlation with some high unexpected situation; high probability of some threat and error don't necessarily lead to unexpected situation. Research achievements provide data analysis skill to Air Traffic Control on safety management control, who could make corresponding prevention measure.
机译:本文采用威胁和错误管理(TEM)方法建立了结构数据库,并获得了按威胁,错误和意外情况三种类型进行分类的数据特征。在TEM框架的基础上,应用神经网络添加数据,并利用贝叶斯网络研究威胁,错误和突发情况之间的相关性。得出以下结论:1)通过对625个样本进行贝叶斯评估,我们发现特定的意外情况与某些特定的威胁和错误具有高度相关性,贝叶斯评估显示,当某些意外的情况发生时,对特定威胁和错误的相关性较高。意外情况。例如,与空中意外情况最相关的威胁和错误是:程序空中交通管制员和机组人员之间的内部威胁和通信错误。 2)某些威胁和错误的高发生率不一定与某些高度意外的情况具有高度相关性;某些威胁和错误的高发生率并不一定会导致意外情况。研究成果为空中交通管制提供了安全管理控制方面的数据分析技术,可以采取相应的预防措施。

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