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Automatic Digital Recognition of Multiple Electricity Dashboards

机译:多个电力仪表盘的自动数字识别

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Intelligent detection of electric transmissions and distribution equipment is impeded by factors such as the potential diversity of displays, the vulnerability of meter digits reading, and the slow speed of training and predicting. To deal with the problem, this paper aims to use the technology of pattern recognition to automatically recognize various kinds of digital displays by analyzing images collected by a CCD camera. To be more specific, firstly, we design a multi-layer convolutional module to classify different types of dashboards. Secondly, to deal with different types of dashboards, we presents an improved Adaboost algorithm in the training process that can quickly identify and cut out the display area of the meters. Lastly, we implement several digital image processing algorithms to recognize the dashboard readings accurately. The experimental results show that our method performs well in improving recognition precision.
机译:诸如显示的潜在多样性,电表数字读数的脆弱性以及培训和预测的速度慢等因素阻碍了电力传输和配电设备的智能检测。为了解决该问题,本文旨在通过分析由CCD相机收集的图像,使用模式识别技术自动识别各种数字显示。更具体地说,首先,我们设计一个多层卷积模块对不同类型的仪表板进行分类。其次,为了处理不同类型的仪表盘,我们在训练过程中提出了一种改进的Adaboost算法,该算法可以快速识别并切出仪表的显示区域。最后,我们实现了几种数字图像处理算法,以准确识别仪表盘读数。实验结果表明,该方法在提高识别精度方面表现良好。

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