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航空发动机故障实体识别方法及应用
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V37

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中国博士后科学基金(2021M693941)


A Method of Recognizing Aero Engine Fault Entity and Its Application
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    摘要:

    故障实体识别是自主获取航空发动机故障知识的基础,对实现航空发动机故障智能诊断起到至关重要的作用。为准确快速搭建航空发动机大规模故障知识库,在定义了“单元”“故障状态”“表征信号”“检查方法”和“解决措施”5种航空发动机故障实体类型的基础上,初步构建了一种以BertBiLSTMCRF模型为基础的航空发动机故障实体识别方法。基于某型航空发动机大规模数据集分析抽取了故障实体,搭建了滑油压力异常故障知识图谱,验证了该方法识别航空发动机多源异构故障数据的有效性。

    Abstract:

    Fault entity recognition is a basis of obtaining the knowledge of aeroengine fault autonomously, which plays an important role in realizing the intelligent fault diagnosis of aeroengine. For building up fleetly accurately aeroengine fault knowledge base, on the basis of the five kinds of aeroengine fault entity type defined, i.e. “unit”, “state failure”, “characterization of signals”, “inspection methods” and “solution”, a kind of BertBiLSTMCRF model of aeroengine fault entity recognition method preliminary is constructed. Based on the largescale data set analysis of an aeroengine, fault entities are extracted and fault knowledge map of abnormal oil pressure is constructed, verifying the effectiveness of the proposed method in identifying heterogeneous fault data of aeroengine

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张亮,吴闯,唐希浪,冯少林.航空发动机故障实体识别方法及应用[J].空军工程大学学报,2022,23(2):1-6

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  • 在线发布日期: 2022-05-20
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