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MANUFACTURING QUALITY IMPROVEMENT BY NEURAL NETWORKS UPON TAGUCHI METHOD

机译:基于Taguchi方法的神经网络制造质量改进

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In developing new manufacturing and material handling process the influence of process parameters upon the target object need to be evaluated in order to find the adequate operation settings. An efficient method is the Taguchi method which reduces the number of experiments and has the capability of finding the optimal setting of process parameters. This paper proposes the construction of neural network upon Taguchi results to further advance the quality of a new deep hole drilling process. It is shown that neural network produces process parameter setting better than the "optimal setting" obtained by Taguchi method.
机译:在开发新的制造和材料处理过程中,需要评估过程参数对目标对象的影响,以便找到适当的操作设置。 Taguchi方法是一种有效的方法,它减少了实验次数,并且能够找到过程参数的最佳设置。本文提出了基于Taguchi结果的神经网络的构造,以进一步提高新型深孔钻削工艺的质量。结果表明,与通过Taguchi方法获得的“最佳设置”相比,神经网络产生的过程参数设置更好。

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