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Bangla Text Generation Using Bidirectional Optimized Gated Recurrent Unit Network

机译:基于双向优化选通递归单元网络的孟加拉语文本生成

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Natural language processing is a vital branch of Artificial Intelligence, a bridge to communicate between computer and human in their languages and is used to generate automatic text, summarize articles, machine translation, etc. In this paper, we proposed a model of Bangla sentence generation that uses the Optimized Gated Recurrent Unit network based Recurrent Neural network model. We used OGRU based model instead of the regular Gated Recurrent Unit network because OGRU generates better results than GRU. For this purpose, we have used three Bangla corpus datasets, which consist of more than 49 million words. Here we used Bangla Natural Language Toolkit to preprocess the datasets. We trained our model with those three different datasets and achieved an accuracy of 97% on average and it can generate a paragraph of text based on the context. With this accuracy and ability to generate text, it is proved that our model is much efficient in Generating Bengali Sentences.
机译:自然语言处理是人工智能的一个重要分支,是计算机和人类用各自语言进行交流的桥梁,用于自动生成文本、总结文章、机器翻译等。本文提出了一种孟加拉语句子生成模型,该模型采用基于优化选通递归单元网络的递归神经网络模型。我们使用基于OGRU的模型,而不是常规的门控循环单元网络,因为OGRU比GRU产生更好的结果。为此,我们使用了三个孟加拉语语料库数据集,其中包括4900多万个单词。在这里,我们使用Bangla自然语言工具包对数据集进行预处理。我们用这三个不同的数据集训练了我们的模型,平均达到了97%的准确率,它可以根据上下文生成一段文本。有了这样的准确性和生成文本的能力,我们的模型在生成孟加拉语句子时被证明是非常有效的。

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