基于深度递归神经网络的在线阿拉伯手写识别

R. Maalej, Najiba Tagougui, M. Kherallah
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引用次数: 27

摘要

最近,由于技术的进步,如手写捕捉设备和令人印象深刻的移动计算机,在线阿拉伯语手写识别已经获得了更多的兴趣。由于我们一直在努力提高识别率,我们在这项工作中提出了一个基于深度递归神经网络的新系统,并在其上应用了dropout技术。由于序列之间的循环联系,该方法在序列建模中非常实用,并且由于存在许多非线性隐藏层,该方法可以学习输入和输出层之间复杂的关系。除了这些贡献之外,由于dropout的强大性能,我们的系统可以防止过拟合。该系统在大型数据集ADAB上进行了测试,以显示其在作家多样性、大词汇量和风格多样性等困难条件下的性能。
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Online Arabic Handwriting Recognition with Dropout Applied in Deep Recurrent Neural Networks
Lately, Online Arabic Handwriting Recognition has been gaining more interest because of the advances in technology such as the handwriting capturing devices and impressive mobile computers. And since we always try to improve recognition rates, we propose in this work a new system based on a deep recurrent neural networks on which the dropout technique was applied. Our approach is very practical in sequence modelling due to their recurrent connections, also it can learn intricate relationship between input and output layers because of many non-linear hidden layers. In addition to these contributions, our system is protected against overfitting due to powerful performance of dropout. This proposed system was tested with a large dataset ADAB to show its performance against difficult conditions as the variety of writers, the large vocabulary and diversity of style.
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