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Application of SVM to the Prediction of Water Content in Crude Oil

机译:支持向量机在原油含水量预测中的应用

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Water content of crude oil has always been an important indicator of evaluating the exploiting capacity of an oil field. Accurate rate of water content will optimize the production and decrease energy consumption. Due to the complicated working condition, large-scale experiments are designed and carried out in the simulation device of multiphase flow. After researching into the non-linear mapping relation between the frequency response of water content and its influencing factors, a prediction model of water content in crude oil about horizontal oil well based on SVM is proposed. The simulation results suggest that the SVM prediction model has higher prediction accuracy and stronger capability of generalization compared with the BP neural network. It will provide a promising theoretical and practical perspective for the explanation and prediction of the data acquired from the oil field.
机译:原油中的水分一直是评价油田开发能力的重要指标。准确的含水率将优化生产并降低能耗。由于工作条件复杂,在多相流模拟装置中设计并进行了大规模实验。在研究了含水率频率响应及其影响因素之间的非线性映射关系之后,提出了一种基于支持向量机的水平油井原油含水量预测模型。仿真结果表明,与BP神经网络相比,SVM预测模型具有更高的预测精度和更强的泛化能力。它将为从油田获得的数据的解释和预测提供有希望的理论和实践前景。

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