数据库查询的会话代理:泰国人地图和分析平台的用例

Thikamporn Simud, S. Ruengittinun, Navaporn Surasvadi, Nuttapong Sanglerdsinlapachai, Anon Plangprasopchok
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引用次数: 0

摘要

自2018年以来,泰国人民地图和分析平台(TPMAP)已经开发出来,旨在为政府官员和政策制定者提供综合家庭和社区数据,以分析战略计划,实施政策和决策,以减轻贫困。然而,要从平台获取复杂的信息,没有数据库背景的非技术用户必须请程序员或数据科学家为他们查询数据。这样的过程非常耗时,并且可能由于非技术用户和技术用户之间的错误沟通而导致检索到的信息不准确。在本文中,我们在TPMAP之上开发了一个泰语会话代理,以支持对复杂查询的自助数据分析。用户可以简单地使用自然语言从我们的聊天机器人获取信息,查询结果以易于使用的格式(如统计数据和图表)呈现给用户。提议的会话代理检索自然语言查询并将其转换为具有相关实体、查询意图和查询输出格式的查询表示。我们使用开源对话AI引擎Rasa进行代理开发。结果表明,该系统的意图分类和实体提取的fl分数分别为0.9747和0.7163。然后使用获得的意图和实体从图数据库中查询目标信息。最后,我们的系统实现了端到端的性能,准确率范围为57.5%-80.0%,具体取决于查询消息的复杂性。生成的答案然后通过消息传递通道返回给用户。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Conversational Agent for Database Query: A Use Case for Thai People Map and Analytics Platform
Since 2018, Thai People Map and Analytics Platform (TPMAP) has been developed with the aims of supporting government officials and policy makers with integrated household and community data to analyze strategic plans, implement policies and decisions to alleviate poverty. However, to acquire complex information from the platform, non-technical users with no database background have to ask a programmer or a data scientist to query data for them. Such a process is time-consuming and might result in inaccurate information retrieved due to miscommunication between non-technical and technical users. In this paper, we have developed a Thai conversational agent on top of TPMAP to support self-service data analytics on complex queries. Users can simply use natural language to fetch information from our chatbot and the query results are presented to users in easy-to-use formats such as statistics and charts. The proposed conversational agent retrieves and transforms natural language queries into query representations with relevant entities, query intentions, and output formats of the query. We employ Rasa, an open-source conversational AI engine, for agent development. The results show that our system yields Fl-score of 0.9747 for intent classification and 0.7163 for entity extraction. The obtained intents and entities are then used for query target information from a graph database. Finally, our system achieves end-to-end performance with accuracies ranging from 57.5%-80.0%, depending on query message complexity. The generated answers are then returned to users through a messaging channel.
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