电子商务聊天机器人的抽取式聊天摘要生成方法

Daolin Han, Xiaojian Song, Yong Cui
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引用次数: 2

摘要

使用聊天机器人来处理对话正在逐渐增加。通过使用这种技术,公司可以提供一个实时和有效的渠道来传递信息给他们的用户。聊天机器人可以回答大量的常见问题和典型问题,这必然会减少公司的人力资源消耗。然而,有时聊天机器人不能满足用户提供的答案,在这种情况下,聊天机器人应该转移到一个代理来处理其余的对话。用户话语的简洁总结有助于代理处理聊天的其余部分,而不会引起恼人的延迟。由于与经典的摘要数据集相比,聊天机器人和用户之间的对话是碎片化和非正式的,因此高复杂性模型通常难以获得理想的结果。在本文中,我们提出了一个抽取式聊天摘要系统,以提供聊天中讨论话题的简明摘要。我们总结了三组用于摘要任务的关键且普遍适用的特征,并使用这些特征提取关键字来对句子在聊天中的重要性进行排序。我们评估了有监督和无监督的关键字提取方法,并通过将选定的句子与特定规则相结合来生成摘要。我们将获得的结果与两种最先进的、基于深度学习的方法在一个新的聊天日志数据集上进行比较。实验结果表明,该方法比目前流行的高复杂度方法更有效。
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An Extractive Chat Summary Generation Method for Ecommerce Chatbots
The usage of chatbot for handling the conversations is gradually increasing. By using this technique, companies can provide a real-time and efficient channel to deliver the information to their users. Chatbot can response significant volume of frequent-asked and typical questions, which is bound to reduce the company human resource consumption. However, sometimes a chatbot cannot satisfy users with the provided answers, in such situation, chatbot should be transferred to an agent in order to handle the rest of the conversation. A concise summary of the user utterances helps the agent to handle the rest of the chat without raising annoying delay. Because the dialog between chatbots and user is fragmented and informal when compared to classic summarization dataset, high complexity models often have difficulty in achieving ideal results. In this paper, we present an extractive chat summarization system to provide a concise summary of the discussed topics in chat. We conclude three groups of critical and universally applicable features dedicated to summarization tasks and use the features to extract keywords for ranking sentences’ importance in the chat. We evaluate supervised and unsupervised methods for keyword extraction and generate the summary by combining selected sentences with specific rules. We compare our obtained results with two state-of-art, deep learning based methods over a new chatlog dataset. Experimental results reveal our method to be more effective and efficient than currently popular, high complexity methods.
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