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A considerate care robot able to serve in multi-party settings

机译:可以在多方环境中使用的体贴式护理机器人

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This paper introduces a service robot that provides assisted-care, such as serving tea to the elderly in care facilities. In multi-party settings, a robot is required to be able to deal with requests from multiple individuals simultaneously. In particular, when the service robot is concentrating on taking care of a specific person, other people who want to initiate interaction may feel frustrated with the robot. To a considerable extent this may be caused by the robot''s behavior, which does not indicate any response to subsequent requests while preoccupied with the first. Therefore, we developed a robot that can project the order of service in a socially acceptable manner to each person who wishes to initiate interaction. In this paper we focus on the task of tea-serving, and introduce a robot able to bring tea to multiple users while accepting multiple requests. The robot can detect a person raising their hand to make a request, and move around people using its mobile functions while avoiding obstacles. When the robot detects a person''s request while already serving tea to another person, it projects that it has received the order by indicating “you are next” through a nonverbal action, such as turning its gaze to the person. Because it can project the order of service and indicate its acknowledgement of their requests socially, people will likely feel more satisfied with the robot even when it cannot immediately address their needs. We confirmed the effectiveness of this capability through an experiment in which the robot distributed snacks to participants.
机译:本文介绍了一种提供辅助护理的服务机器人,例如在护理设施中为老人提供茶水。在多方设置中,机器人需要能够同时处理多个人的请求。尤其是,当服务机器人专注于照顾特定的人时,想要发起交互的其他人可能会对机器人感到沮丧。在很大程度上,这可能是由机器人的行为引起的,该行为并不表示对第一个请求的关注,而对后续请求的任何响应。因此,我们开发了一种机器人,该机器人可以以社交可接受的方式向希望发起互动的每个人预测服务顺序。在本文中,我们将重点放在提供茶的任务上,并介绍一种能够在接受多个请求的同时将茶带给多个用户的机器人。机器人可以检测到有人举手提出请求,并使用其移动功能在人周围移动,同时避开障碍物。当机器人在已经向另一个人提供茶的同时检测到一个人的请求时,它会通过非言语动作(例如将视线转向该人)来表示“您在下一个”,从而表明它已收到该命令。因为它可以预测服务顺序并在社交上表明其对请求的认可,所以即使机器人无法立即满足他们的需求,人们也可能会对它感到更满意。我们通过机器人向参与者分发零食的实验证实了此功能的有效性。

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