Memory network based Knowledge Driven Model for Response Generation in Dialog System

Wansen Wu, Xinmeng Li, Quanjun Yin
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Abstract

Human-machine conversation is one of the most important topics in artificial intelligence (AI) and has received much attention across academia and industry in recent years. Currently dialogue system is still in its infancy, which usually converses passively and utters their words more as a matter of response rather than on their own initiatives, which is different from human-human conversation. This paper tackles the problem of generating informative responses by integrating knowledge base into the dialogue system’s response generation process, in an end-to-end way. A novel architecture is proposed, namely Memory network based Knowledge Driven Model (MKDM), which can integrate knowledge base by memory manager, and generate knowledge grounded responses. By conducting comparative experiments on automatic metrics demonstrate the effectiveness and usefulness of our model.
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基于记忆网络的对话系统响应生成知识驱动模型
人机对话是人工智能领域最重要的研究课题之一,近年来受到了学术界和工业界的广泛关注。目前的对话系统还处于起步阶段,通常是被动的对话,说话更多的是一种回应,而不是主动的,这与人与人之间的对话不同。本文以端到端的方式将知识库集成到对话系统的响应生成过程中,解决了生成信息响应的问题。提出了一种基于记忆网络的知识驱动模型(MKDM),该模型可以集成内存管理器的知识库,并生成基于知识的响应。通过对自动度量进行比较实验,证明了我们模型的有效性和实用性。
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