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A techno-sociological solution for designing a museum guide robot: Regarding choosing an appropriate visitor

机译:设计博物馆指南机器人的技术社会解决方案:关于选择合适的访客

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In this paper, we present our work designing a robot that explains an exhibit to multiple visitors in a museum setting, based on ethnographic analysis of interactions between expert human guides and visitors. During the ethnographic analysis, we discovered that expert human guides employ some identical strategies and practices in their explanations. In particular, one of these is to involve all visitors by posing a question to an appropriate visitor among them, which we call the “creating a puzzle” sequence. This is done in order to draw visitors' attention towards not only the exhibit and but also the guide's explanation. While creating a puzzle, the human guide can monitor visitors' responses and choose an “appropriate” visitor (i.e. one who is likely to provide an answer). Based on these findings, sociologists and engineers together developed a guide robot that coordinates verbal and non-verbal actions in posing a question or “a puzzle” that will draw visitors' attention, and then explain the exhibit for multiple visitors. During the explanation, the robot chooses an “appropriate” visitor. We tested the robot at an actual museum. The results show that our robot increases visitors' engagement and interaction with the guide, as well as interaction and engagement among visitors.
机译:在本文中,我们介绍了我们的工作,设计了一个机器人,该机器人根据专家指南与访客之间的互动的民族划分分析,向博物馆环境中的多个游客解释展览。在民族图分析期间,我们发现专家人类指南在其解释中采用了一些相同的策略和实践。特别是,其中一项是通过向其中讨论一个问题的问题来涉及所有访客,我们称之为“创建难题”序列。这样做是为了吸引游客的注意,不仅是展览的关注,而且也是指导的解释。在创建拼图时,人类指南可以监控访客的回复,并选择“适当的”访客(即一个可能提供答案的人)。基于这些调查结果,社会学家和工程师共同开发了一个引导机器人,该领导机器人协调言语和非口头行动,在造成一个问题或“谜题”时,可以吸引观众的注意,然后解释多个访客的展览。在解释过程中,机器人选择了一个“适当的”访客。我们在实际博物馆测试了机器人。结果表明,我们的机器人会增加访客的参与和与指导的互动,以及访客之间的互动和参与。

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