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Sequence Recognition of Natural Scene House Number Based on Convolutional Neural Network

机译:基于卷积神经网络的自然风光门牌号序列识别

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Extracting character information from complex images has always been a research hotspot and a difficult topic in thefield of computer vision. Natural scene number is severely distorted due to blurred image, uneven illumination, weakillumination, which makes it difficult to achieve ideal results for character recognition, especially identifying charactersof arbitrary length. In this paper, we use the convolutional network to automatically extract the advantages of features,and construct a convolutional neural network that recognizes single digits. In order to highlight important features, wealso use grayscale methods to weaken the background information in natural scenes and apply certain ProportionalDropout strategy to prevent overfitting. We use a cyclic network to generate character sequences and construct a deepconvolutional neural network that recognizes sequence numbers and without split character characters. We construct adeep convolutional neural network that uses convolutional networks and cyclic network fusion to simultaneouslyidentify multiple digits. We verify on the SVHN data set, we achieve better results in accuracy, we get the recognitionrate of single digital house number is 95.72%, better than most algorithms in existing articles and the recognition rate ofserial digital house number is 89.14%.
机译:从复杂图像中提取字符信息一直是研究的热点,也是当前研究的难点。 计算机视觉领域。由于图像模糊,照明不均匀,微弱,自然场景编号严重失真 照明,很难获得理想的字符识别结果,尤其是识别字符 任意长度。在本文中,我们使用卷积网络自动提取特征的优势, 并构建识别单个数字的卷积神经网络。为了突出重要功能,我们 还使用灰度方法削弱自然场景中的背景信息并应用一定比例 辍学策略,以防止过度拟合。我们使用循环网络生成字符序列并构建一个深层 卷积神经网络,可识别序列号且不包含分割字符。我们构造一个 使用卷积网络和循环网络融合同时进行的深层卷积神经网络 识别多个数字。我们在SVHN数据集上进行验证,我们在准确性方面取得了更好的结果,得到了认可 单个数字门牌号码的识别率为95.72%,优于现有文章中的大多数算法,并且识别率较高 串行数字门牌号码是89.14%。

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