Automatic Consultation System by Latent Variable Hierarchical Recurrent Encoder-decoder using Transfer Learning

S. Wada, M. Hagiwara
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Abstract

: In this paper, we propose an automatic consultation system by latent variable hierarchical recurrent encoder-decoder (VHRED) using transfer learning. VHRED has been developed to alleviate a large shortcoming of the sequence to sequence. They cannot consider the flow of dialog: the same output is produced for the same input. However, when we try to use VHRED, there is a small amount of Japanese corpus with long dialog-turns. The proposed system employs a method of transfer learning: the encoder layer and the decoder layer in VHRED are learned using a large corpus of dialog pairs obtained easily such as from Twitter and the other layers are learned by transfer learning using a small corpus with long dialog-turns. In the evaluation experiment, subjective evaluation experiments were carried out to compare with VHRED without transfer learning. As the results, it is shown that transfer learning of VHRED became possible by the proposed method.
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基于迁移学习的潜变量分层循环编解码器自动会诊系统
本文提出了一种基于迁移学习的潜变量分层循环编码器(VHRED)自动会诊系统。VHRED的开发是为了缓解序列到序列的一个很大的缺点。他们不能考虑对话的流程:相同的输入产生相同的输出。然而,当我们尝试使用VHRED时,有少量的日语语料库具有较长的对话回合。该系统采用了一种迁移学习方法:VHRED中的编码器层和解码器层使用从Twitter等容易获得的大型对话对语料库进行学习,其他层使用具有长对话回合的小型语料库进行迁移学习。在评价实验中,进行主观评价实验,与不进行迁移学习的VHRED进行比较。结果表明,该方法使VHRED的迁移学习成为可能。
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