用卷积神经网络识别阿拉伯手写体字符

Hassan M. Najadat, Ahmad A. Alshboul, Abdullah Alabed
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引用次数: 10

摘要

由于阿拉伯手写字符的各种优点和用途,识别它是非常重要的。古代文件、银行处理、邮政邮件等都是我们可能需要字符识别系统的例子。但由于人类写作风格的多样性,可能会面临许多障碍。语言字符识别在许多语言中都有广泛的涉及,并且使用了许多算法和范式。由于深度CNN分类器的强大吸引力,在许多分类问题上都取得了令人满意的结果。CNN是一种前馈神经网络,广泛应用于图像分类等多个领域。使用CNN的主要好处是融合了特征提取和分类本身。一些研究人员将CNN用于阿拉伯字符识别,其中El-Sawy等[1]将CNN架构应用于16800个字符的数据集(AHCD)。对测试数据的分类准确率为94.9%,误分类误差为5.1%。在我们的论文中,我们将通过提出一种改进的CNN架构来探索他们的数据集,希望能克服他们的结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Arabic Handwritten Characters Recognition using Convolutional Neural Network
Recognition of Arabic handwritten characters is very important due to its various benefits and usages. Ancient documents, bank processing, postal mailing and others are examples where we may need character recognition systems. But many obstacles may be faced due to diversity of human writing styles. Language characters recognition has been widely covered in many languages and many algorithms and paradigms were used. With the strong appealing of deep CNN classifier promise results were reached in many classification problems. CNN is a feed forward neural network that is extensively used in several applications such as image classification. The main benefit of using CNN is the merging of feature extraction and classification itself. Some researchers used CNN in Arabic character recognition, one of those El-Sawy et al [1] who applied CNN architecture on a dataset namely (AHCD) of 16800 characters. They obtained a good accuracy of 94.9% and a misclassification error of 5.1% on testing data. In our paper we will explore their dataset by proposing a modified CNN architecture hopefully to overcome their results.
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