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A recurrent neural network based method for predicting the state of aircraft air conditioning system

机译:基于递归神经网络的飞机空调系统状态预测方法

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The reliability and safety of aircraft has always been the focus of research attention. As an important component of the aircraft, the air conditioning system has a direct impact on the safety of the flight process. In order to ensure the safety of the flight process, this paper proposes a recurrent neural network (RNN) based method for predicting the working state of the aircraft air conditioning system. Using the measured data collected from the Boeing 737NG aircraft, we train a RNN and experimental results on short-term prediction show that our proposed method can obtain a good prediction accuracy. In addition, we modify the network to make longer prediction using a bidirectional architecture. The experimental results on long-term prediction show that this network can solve the problem that the prediction results at first several seconds are much larger than the actual measured value and can learn a good representation for the time series.
机译:飞机的可靠性和安全性一直是研究关注的焦点。作为飞机的重要组成部分,空调系统直接影响飞行过程的安全。为了保证飞行过程的安全,本文提出了一种基于递归神经网络(RNN)的飞机空调系统工作状态预测方法。利用从波音737NG飞机收集的实测数据,我们训练了RNN,短期预测的实验结果表明,我们提出的方法可以获得良好的预测精度。此外,我们使用双向体系结构修改网络以进行更长的预测。长期预测的实验结果表明,该网络可以解决前几秒的预测结果远大于实际测量值的问题,并可以很好地表示时间序列。

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