Research on Predictive Maintenance of Aircraft Based on Long Short-Term Memory Neural Network

Chin-hsiung Lee, Chih-Yu Lee
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Abstract

The proper operation of aircraft systems is of great importance to guarantee flight safety. Aircraft systems are quite complex, especially the surveillance systems in the predictive maintenance model, which incorporates information collection and extraction techniques. Under the premise of ensuring applicability, therefore, reducing the high cost of preventive maintenance and making much accurate estimates or predictions effectively has always been a topic worth studying. In this study, the aircraft system-related data are collected and evaluated by the big data analysis. With LSTM (Long Short-Term Memory) used to process and predict important events of very long intervals and delays in time series. After data cleaning, filtering, and feature engineering, a set of predictive models is finally built. Through the model, replacement time of the aircraft system components can be more accurately predicted. Thereby reducing maintenance costs and optimizing benefits.
基于长短期记忆神经网络的飞机预见性维修研究
飞机系统的正常运行对保证飞行安全具有重要意义。飞机系统是非常复杂的,特别是预测性维护模型中的监视系统,它包含了信息收集和提取技术。因此,在保证适用性的前提下,如何降低预防性维护的高昂成本,并有效地做出更准确的估计或预测一直是一个值得研究的课题。在本研究中,通过大数据分析收集和评估飞机系统相关数据。LSTM (Long - Short-Term Memory,长短期记忆)用于处理和预测时间序列中长间隔和延迟的重要事件。经过数据清洗、过滤和特征工程,最终建立了一组预测模型。通过该模型,可以更准确地预测飞机系统部件的更换时间。从而降低维护成本并优化效益。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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