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DVDGCN: Modeling Both Context-Static and Speaker-Dynamic Graph for Emotion Recognition in Multi-speaker Conversations

机译:DVDGCN:在多扬声器对话中建模用于情感识别的上下文和扬声器 - 动态图

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摘要

Emotion recognition in conversation has been one hot topic in natural language processing (NLP). Speaker information plays an important role in the dialogue system, especially speaker state closely related to emotion. Because of the increasing speakers, it is more challenging to model speakers' state in multi-speaker conversation than in two-speaker conversation. In this paper, we focus on emotion detection in multi-speaker conversation-a more generalized conversation emotion task. We mainly try to solve two problems. First, the more speakers, the more difficulties we have to meet to model speakers' interactions and get speaker state. Second, because of conversations' temporal variations, it's necessary to model speaker dynamic state in the conversation. For the first problem, we adopt graph structure which has expressive ability to model speaker interactions and speaker state. For the second problem, we use dynamic graph neural network to model speaker dynamic state. Therefore, we propose Dual View Dialogue Graph Neural Network (DVDGCN), a graph neural network to model both context-static and speaker-dynamic graph. The experimental results on a multi-speaker conversation emotion recognition corpus demonstrate the great effectiveness of the proposed approach.
机译:在谈话中的情感认可是自然语言处理(NLP)中的一个热门话题。演讲者信息在对话系统中起着重要作用,尤其是与情感密切相关的发言者状态。由于扬声器的增加,在多扬声器对话中模拟扬声器状态比在两位发言者对话中更具挑战性。在本文中,我们专注于多扬声器对话中的情感检测 - 更广泛的谈话情绪任务。我们主要试图解决两个问题。首先,更多的发言者,我们必须满足模型扬声器的互动并获取扬声器状态的困难。其次,由于对话的时间变化,所以在对话中模拟扬声器动态状态是必要的。对于第一个问题,我们采用了具有表现力的模型扬声器交互和扬声器状态的表达能力的图形结构。对于第二个问题,我们使用动态图形神经网络来模拟扬声器动态状态。因此,我们提出了双视图对话图形神经网络(DVDGCN),一个图形神经网络,用于模拟上下文和扬声器 - 动态图。多发扬声器谈话情感识别语料库的实验结果表明了所提出的方法的巨大效果。

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