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RBF Neural Network Based-PID Control for Weight on Bit During Drilling Operation

机译:基于RBF神经网络的PID控制钻进过程中的钻压

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Deep drilling is a costly project and efficiency is of paramount importance. The weight on bit is one of the main operating parameters that influences the drilling efficiency and it was controlled by manual before. But after people saw the giant potential of an auto-drilling system in increasing the drilling efficiency, more and more studies on the feed back control of weight on bit have emerged. This paper mainly studied weight on bit dynamic under the variational formation based on a lumped parameter model and a self-tuning PID controller for weight on bit control. The parameters of the PID controller are tuned by using gradient descent method and RBF neural network identification.
机译:深钻是一项昂贵的项目,效率至为重要。钻头重量是影响钻孔效率的主要操作参数之一,之前是由人工控制的。但是,当人们看到自动钻孔系统在提高钻孔效率方面的巨大潜力后,就出现了越来越多的钻头重量反馈控制研究。本文基于集总参数模型和自校正PID控制器,研究了变分形成下位动态的权重。通过使用梯度下降法和RBF神经网络识别来调整PID控制器的参数。

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