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首页> 外文期刊>Journal of control, automation and electrical systems >Industrial Optical Character Recognition System in Printing Quality Control of Hot-Rolled Coils Identification
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Industrial Optical Character Recognition System in Printing Quality Control of Hot-Rolled Coils Identification

机译:热轧卷材印刷质量控制中的工业光学字符识别系统

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摘要

This work presents a system designed to detect printing errors and misidentifications on steel coils that could lead to tracking problems and even guide to the delivery of the wrong product to the final client. An optical character recognition system is proposed to extract the printed identification of steel coils from images captured by a fixed camera in an industrial environment. The method considers different digital image processing techniques to deal with the significant lighting and printing variation observed, followed by a segmentation process that extracts and aligns the characters originally printed in an arch form, ending with a classification routine based on a convolutional neural network. The proposed system presents an approach to treat lighting variations in images, covering low contrast, darker and brighter images. Experiment carried out on a data set with approximately 20,000 images achieved an accuracy higher than 98%, supporting the validity of the proposed method.
机译:这项工作介绍了一个系统,旨在检测钢卷上的打印误差和错误识别,可能导致跟踪问题,甚至导致将错误产品传送到最终客户端。提出了一种光学字符识别系统以在工业环境中通过固定相机捕获的图像中的钢圈线圈的印刷识别。该方法考虑不同的数字图像处理技术来处理观察到的显着的照明和打印变化,然后提取并对准最初以拱形形式打印的字符,以基于卷积神经网络结束的分割处理。所提出的系统提出了一种治疗图像的照明变化的方法,覆盖低对比度,更暗和更亮的图像。在具有大约20,000个图像的数据集上进行的实验实现了高于98%的准确度,支持所提出的方法的有效性。

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