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The preliminary design of outbreak detection model based on inspired immune system

机译:基于启发式免疫系统的暴发检测模型的初步设计

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The aim of outbreak detection model is to obtain high detection rate but at the same time maintaining the low false alarm rate. However, because of the weakness of early outbreak signal that behaves under uncertainties, it causes imbalance result between detection rate and false alarm rate. In this study, an early review of danger theory, an approach of artificial immune system is performed to seek the possibility it can be applied in outbreak detection. To investigate that, a detection model based on danger theory is developed and the model is tested with dengue outbreak dataset. The model is then evaluated in term of detection rate, specificity, false alarm rate, and accuracy. The preliminary result indicates that the proposed model has ability to generate good detection result with a balance between detection rate and false alarm rate.
机译:爆发检测模型的目的是获得较高的检测率,但同时保持较低的误报率。但是,由于在不确定性下表现的早期爆发信号的弱点,导致检测率和误报率之间的不平衡结果。在这项研究中,对危险理论进行了早期回顾,采用了一种人工免疫系统的方法,以寻求将其应用于暴发检测的可能性。为了对此进行研究,开发了一种基于危险理论的检测模型,并使用登革热暴发数据集对该模型进行了测试。然后根据检测率,特异性,误报率和准确性对模型进行评估。初步结果表明,所提出的模型能够在检测率与误报率之间取得平衡,从而产生良好的检测结果。

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