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Research of Single Well Production Prediction Based on Improved Extreme Learning Machine

机译:基于改进的极限学习机的单井生产预测研究

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In order to improve the precision of oilfield single well production prediction, a single well production prediction model based on improved extreme learning machine (RWELM) is proposed. Substituting wavelet function for common activation function, structural risk minimization principle is integrated into the model in order to avoid the local minimum and over-fitting problem commonly faced by traditional extreme learning machine (ELM) in single well production forecasting. Dynamic data of an oil well production is simulated of Lun Nan oilfield. Experimental results show that the forecasting model is better than ELM, LM-BP neural networks, BP network with delay time sequence in both generalization performance and predictive accuracy.
机译:为了提高油田单井生产预测的精度,提出了一种基于改进的极限学习机(RWELM)的单个井生产预测模型。用小波函数进行常见激活功能,结构风险最小化原理集成到模型中,以避免在单井生产预测中传统的极端学习机(ELM)通常面临的局部最小和过度拟合问题。油井生产的动态数据被伦纳南油田模拟。实验结果表明,预测模型比ELM,LM-BP神经网络,BP网络,具有延迟时间顺序的泛型性能和预测精度。

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