When this method is used in the ball lead-screw grinding error compensation system, the maximum error is effectively decreased.
该方法应用于滚珠丝杠磨削中,使加工精度得到明显提高。
The application of multi-layer neural networks in the prediction and control of lead-screw grinding is discussed.
最后,介绍了多层神经网络模型在丝杠螺纹磨削过程的预测与控制中的应用。
The intelligent prediction and control of lead-screw grinding using neural networks are studied.
研究了基于神经网络的丝杠螺纹磨削过程的智能预测与控制问题.