Combined Objective Function in Deep Learning Model for Abstractive Summarization

Tung Le, Le-Minh Nguyen
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Abstract

Abstractive Summarization is the specific task in text generation whose popular approaches are based on the strength of Recurrent Neural Network. With the purpose to take advantages of Convolution Neural Network in text representation, we propose to combine these above networks in our encoder to capture both the global and local features from the input documents. Simultaneously, our model also integrates the reinforced mechanism with the novel reward function to get the closer direction between the learning and evaluating process. Through the experiments in CNN/Daily Mail, our models gains the significant results. Especially, in ROUGE-1 and ROUGE-L, it outperforms the previous works in this task with the expressive improvement (39.09% in ROUGE-L F1-score).
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面向抽象摘要的深度学习模型中的组合目标函数
摘要摘要是文本生成中的一项特殊任务,其常用的方法是基于递归神经网络的强度。为了充分利用卷积神经网络在文本表示中的优势,我们建议在编码器中结合上述网络,以从输入文档中捕获全局和局部特征。同时,我们的模型还将强化机制与新的奖励函数相结合,使学习过程与评价过程之间的方向更加紧密。通过CNN/Daily Mail的实验,我们的模型得到了显著的结果。特别是在ROUGE-1和ROUGE-L中,它在该任务中表现优于以往的作品,表现力提高(ROUGE-L f1得分为39.09%)。
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