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Application of Deep Residual Neural Network to Water Meter Reading Recognition

机译:深度残差神经网络在水表读数识别中的应用

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Aiming at water meter reading pictures taken at arbitrary angles in various complex environments, we propose a robust automatic identification method. This method is based on a deep residual neural network, uses a self-made water meter reading image data set, uses an inverse gradient stochastic descent method to optimize the weights of the RFCN model, and is trained by the network. After repeated iterations, the RFCN model for target detection of water meter reading characters is finally obtained, and then this model is used to detect and identify the characters in the water meter reading box in the water meter picture, and the output result is sorted by the central sort algorithm to achieve a water meter reading Method of identification. The experimental verification of this method shows that its recognition rate is fast and the accuracy is high, which can meet the needs of general companies.
机译:针对在各种复杂环境下以任意角度拍摄水表的情况,我们提出了一种鲁棒的自动识别方法。该方法基于深度残差神经网络,使用自制的水表读取图像数据集,使用逆梯度随机下降法优化RFCN模型的权重,并由网络进行训练。经过反复迭代,最终得到了用于水表读数字符目标检测的RFCN模型,然后将该模型用于检测和识别水表图片中水表读数框中的字符,并对输出结果进行排序中央排序算法实现了对水表读数的识别方法。实验验证表明,该方法识别率高,准确度高,可以满足一般企业的需求。

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