对话状态跟踪与基于注意力的序列到序列学习

Takaaki Hori, Hai Wang, Chiori Hori, Shinji Watanabe, B. Harsham, Jonathan Le Roux, J. Hershey, Yusuke Koji, Yi Jing, Zhaocheng Zhu, T. Aikawa
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引用次数: 27

摘要

我们为第五届对话状态跟踪挑战赛(DSTC5)设计了一个高级对话状态跟踪系统。DSTC5的主要任务是跟踪人机对话中的对话状态。对于每个话语,跟踪器发出一帧槽值对,考虑到对话到当前回合的完整历史。我们的系统包括一个编码器-解码器架构,该架构具有一个注意机制,可以将输入单词序列映射到一组语义标签,即槽值对。这就解决了语音和标签之间的未知对齐问题。通过将基于注意力的跟踪器与为英语和汉语精心设计的基于规则的跟踪器相结合,开发集的f分数从0.475提高到0.507。此外,我们根据每个跟踪器的主题和槽级性能改进组合策略,获得了0.517 f分。在本文中,我们还验证了每种技术的有效性,并报告了提交给挑战的测试集结果。
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Dialog state tracking with attention-based sequence-to-sequence learning
We present an advanced dialog state tracking system designed for the 5th Dialog State Tracking Challenge (DSTC5). The main task of DSTC5 is to track the dialog state in a human-human dialog. For each utterance, the tracker emits a frame of slot-value pairs considering the full history of the dialog up to the current turn. Our system includes an encoder-decoder architecture with an attention mechanism to map an input word sequence to a set of semantic labels, i.e., slot-value pairs. This handles the problem of the unknown alignment between the utterances and the labels. By combining the attention-based tracker with rule-based trackers elaborated for English and Chinese, the F-score for the development set improved from 0.475 to 0.507 compared to the rule-only trackers. Moreover, we achieved 0.517 F-score by refining the combination strategy based on the topic and slot level performance of each tracker. In this paper, we also validate the efficacy of each technique and report the test set results submitted to the challenge.
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