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Detection and Classification of Surface Defects of Cold Rolling Mill Steel Using Morphology and Neural Network

机译:用形态学和神经网络检测冷轧轧钢表面缺陷的分类

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As manufacturing speed increases in the steel industry, fast and exact product inspection becomes more important. This paper deals with defect detection and classification algorithm for high-speed steel bar in coil. We enhance an acquired image by use of a special subtractive method and find the position of defect using local entropy and morphology. The extracted statistical features are then presented to a classifier. We use neural network and fuzzy inference system as a classifier and compare their results. The best accuracy,% 97.19, is obtained by the neural network.
机译:随着钢铁行业的制造速度增加,快速和精确的产品检查变得更加重要。本文涉及线圈中高速钢筋的缺陷检测和分类算法。我们通过使用特殊的减法方法来增强所获取的图像,并使用当地熵和形态找到缺陷的位置。然后将提取的统计特征呈现给分类器。我们使用神经网络和模糊推理系统作为分类器并比较它们的结果。最佳准确性%97.19是由神经网络获得的。

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