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Multiphase Pipeline Leak Detection Based on Fuzzy Classification

机译:基于模糊分类的多相管道泄漏检测

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this study investigates a new approach for computational pipeline monitoring. Flow rate, pressure and temperature of the pipe at both ends are measured. Time domain features are extracted from windowed signals. They form separable patterns in the feature space for the normal and leak conditions. Fuzzy classifier is trained with data from a medium leak in the middle of the multiphase pipe. The trained classifier is used to detect leaks with different positions and sizes. Also the ability of the classifier to distinguish operational changes from leakages is evaluated. Results of fuzzy classifier are compared with a neural network classifier and a linear classifier. Results show that this approach obtains good results for pipeline leak detection.
机译:本研究调查了计算管道监测的新方法。测量两端管道的流速,压力和温度。从窗口信号中提取时域特征。它们在特征空间中形成可分离的图案,用于正常和泄漏条件。模糊分类器接受了从多相管道中间中泄漏的数据培训。训练有素的分类器用于检测具有不同位置和大小的泄漏。还评估了分类器与泄漏泄漏的操作变化的能力。模糊分级器的结果与神经网络分类器和线性分类器进行比较。结果表明,这种方法为管道泄漏检测获得了良好的效果。

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