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The prediction model of air-jet texturing Yarn intensity based on the CNN-BP neural network

机译:基于CNN-BP神经网络的喷气变形纱强度预测模型

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Air-jet texturing Yarn intensity is a important index of yarn quality. It can be well controlled by predicting yarn intensity that is yarn quality. Generally, there are many methods used to predict yarn intensity such as multiple non regression algorithms, support vector machines (SVD) and BP neural network algorithms. This paper presents an algorithm to combine convolutional neural network (CNN) with the BP neural network, which is written as the CNN-BP algorithm. We use 40 sets of data to train CNN-BP algorithm, regression, V-SVD algorithm, and BP neural network. We tested CNN-BP algorithm, regression, V-SVD algorithm and BP neural network with 5 sets of data. The experimental results show the CNN-BP neural network algorithm is the best accurate in these four algorithms.
机译:喷气变形纱线强度是纱线质量的重要指标。通过预测作为纱线质量的纱线强度可以很好地控制它。通常,有许多用于预测纱线强度的方法,例如多种非回归算法,支持向量机(SVD)和BP神经网络算法。本文提出了一种将卷积神经网络(CNN)与BP神经网络相结合的算法,即CNN-BP算法。我们使用40组数据来训练CNN-BP算法,回归,V-SVD算法和BP神经网络。我们使用5组数据测试了CNN-BP算法,回归,V-SVD算法和BP神经网络。实验结果表明,在这四种算法中,CNN-BP神经网络算法是最准确的。

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