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首页> 外文期刊>The Journal of the Textile Institute >Automatic recognition of woven fabric pattern based on image processing and BP neural network
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Automatic recognition of woven fabric pattern based on image processing and BP neural network

机译:基于图像处理和BP神经网络的机织物图案自动识别

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摘要

As there are error judgments of float type in the traditional method based on image processing, it is hard to determine the woven fabric pattern from the recognition results. To solve this problem, fuzzy C-means (FCM) algorithm was selected to classify the floats into two groups in the experiment, and BP neural network is chosen to recognize woven fabric pattern. White-black co-occurrence matrix is used to extract its texture features. The texture and structure features of the normal fabrics extracted from the classification are input into the neural network to complete the learning process. During the recognition process, the texture features of the fabric are extracted from the classification results with white-black co-occurrence matrix. The structure features are extracted simultaneously. These features are then input into BP neural network and woven fabric pattern would be output from the neural network. The experiment on actual fabrics proves that the method proposed in this study has fault tolerant ability, and it can recognize fabric patterns correctly.
机译:在基于图像处理的传统方法中,由于存在浮子类型的错误判断,因此难以从识别结果确定机织图案。为了解决这个问题,在实验中选择了模糊C-均值(FCM)算法将浮子分为两类,并选择了BP神经网络来识别机织物的图案。白黑共现矩阵用于提取其纹理特征。从分类中提取的普通织物的纹理和结构特征被输入到神经网络中,以完成学习过程。在识别过程中,使用白黑共现矩阵从分类结果中提取织物的纹理特征。同时提取结构特征。然后将这些特征输入BP神经网络,并从神经网络输出机织织物图案。在实际织物上的实验证明,该方法具有一定的容错能力,能够正确识别织物图案。

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