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Accuracy improvement for CNC system using wavelet-neural networks

机译:基于小波神经网络的数控系统精度提高

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Wavelet neural networks are investigated for learning a multidimensional input-output complex nonlinear function. The CNC turning process is modeled using wavelet neural networks. The error on the component is different from the desired dimensions because of the dynamics of the machining system. The error, if predicted, a priori can be used for compensating the same thus improving the accuracy in the part. In this work, wavelet neural networks are employed to predict the error given the process conditions as the input. Simulation studies are carried out to arrive for the selection of a suitable wavelet function for the CNC turning system in particular.
机译:为了学习多维输入输出复数非线性函数,研究了小波神经网络。使用小波神经网络对CNC车削过程进行建模。由于加工系统的动态性,部件上的误差与所需尺寸不同。如果可以预测误差,则可以使用先验误差来补偿误差,从而提高零件的精度。在这项工作中,基于过程条件作为输入,采用小波神经网络来预测误差。进行了仿真研究,以便为数控车削系统选择合适的小波函数。

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