Corrosion Detection System for Oil Pipelines Based on Multi-sensor Data Fusion by Wavelet Neural Network

Jingwen Tian, Meijuan Gao, Hao Zhou, Kai Li
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引用次数: 2

Abstract

A system to detect the corrosion of submarine oil pipeline is introduced, it got the original data by 3 groups ultrasonic sensors and flux leakage sensors. We made multiscale wavelet transform and frequency analysis to multichannels original data and extracted multi-attribute parameters from time domain and frequency domain, then we selected the key attribute parameters that have bigger correlativity with the corrosion degrees of oil pipeline among of multi-attribute parameters. The wavelet neural network was used to do multisensor data fusion to detect the corrosion degrees of submarine oil transportation pipelines and those key attribute parameters were used to as input vectors of network. The experimental results show that this method is feasible and effective.
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基于小波神经网络多传感器数据融合的输油管道腐蚀检测系统
介绍了一种海底输油管道腐蚀检测系统,该系统通过3组超声波传感器和漏磁传感器获取原始数据。对多通道原始数据进行多尺度小波变换和频率分析,从时域和频域提取多属性参数,然后在多属性参数中选择与输油管道腐蚀程度相关性较大的关键属性参数。采用小波神经网络进行多传感器数据融合检测海底输油管道腐蚀程度,并将这些关键属性参数作为网络的输入向量。实验结果表明,该方法是可行和有效的。
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