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An adaptive fabric defect segmentation method based on a simplified PCNN

机译:基于简化PCNN的自适应织物疵点分割方法

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Fabric defect segmentation from an image has been proved to be a difficult task due to the influence of environment (e. g. illumination and noise, etc.) and various kinds of weave textures. Based on the property of variation with weft or warp direction in woven fabric defect, fabric images are described with the features whose variability degrees of gray contrast gradient of fabric image for segmentation relative to that of no-defective fabric image are first extracted before segmentation process. Then a simplified Pulse Coupled Neural Network (PCNN) with the parameters determined by spatial distributing information and feature data from an image is applied to adaptively segment the images. Experimental results show that the proposed method can segment common fabric defects quickly and correctly.
机译:由于环境(例如照明和噪声等)和各种编织纹理的影响,从图像中分割织物缺陷已被证明是一项艰巨的任务。根据织物缺陷中纬向或经向变化的特性,描述了具有以下特征的织物图像:在进行分段处理之前,首先提取要分割的织物图像相对于无缺陷织物图像的灰度对比度的变化程度。 。然后,将具有由空间分布信息和来自图像的特征数据确定的参数的简化脉冲耦合神经网络(PCNN)应用于自适应分割图像。实验结果表明,该方法可以快速正确地分割出常见的织物缺陷。

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