Publication | Open Access
Hierarchical Recurrent Attention Network for Response Generation
150
Citations
29
References
2018
Year
Artificial IntelligenceChatbotEngineeringMachine LearningSpoken Dialog SystemCommunicationRecurrent Neural NetworkCorpus LinguisticsNatural Language ProcessingComputational LinguisticsConversation AnalysisLanguage StudiesMachine TranslationSequence ModellingHierarchical Attention MechanismDialogue ManagementConversational Recommender SystemConversation ContextMulti-turn Response GenerationResponse GenerationLinguisticsLanguage Generation
We study multi-turn response generation in chatbots where a response is generated according to a conversation context. Existing work has modeled the hierarchy of the context, but does not pay enough attention to the fact that words and utterances in the context are differentially important. As a result, they may lose important information in context and generate irrelevant responses. We propose a hierarchical recurrent attention network (HRAN) to model both the hierarchy and the importance variance in a unified framework. In HRAN, a hierarchical attention mechanism attends to important parts within and among utterances with word level attention and utterance level attention respectively.
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