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Classification of Arc Welding Joints Images Based on Convolutional Neural Network

机译:基于卷积神经网络的弧焊缝图像分类

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A vision inspection system for the arc welding joints in the present industrial production is needed for overcoming certain difficulties such as high light reflection and low contrast. The defects of the arc welding joints are complicated and divevisiform, which make them difficult to extract the Region of Interest (ROI) and classify the images by the method of feature values comparison. A classifier based on Convolutional Neural Network (CNN) is built to learn the features in the images and classify them. The CNN architecture and the training parameters are optimized. As a result, the classifier demonstrates an overall accuracy of 95.93% from test sets, which is much better than the accuracy of manual vision inspection.
机译:为了克服诸如高光反射和低对比度的某些困难,在当前工业生产中需要用于电弧焊接头的视觉检查系统。电弧焊接头的缺陷复杂且呈浸润状,这使得它们难以提取特征区域(ROI)并通过特征值比较的方法对图像进行分类。建立了基于卷积神经网络(CNN)的分类器,以学习图像中的特征并将其分类。 CNN体系结构和训练参数已得到优化。结果,分类器从测试集中显示出95.93%的总体准确度,这比手动视觉检查的准确度要好得多。

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