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人机交互作为抗击新冠疫情的一项服务:一项实验性案例研究。

Human robot interaction as a service for combatting COVID-19: an experimental case study.

作者信息

Özçevik Yusuf

机构信息

Department of Software Engineering, Manisa Celal Bayar University, Manisa, Turkey.

出版信息

J Ambient Intell Humaniz Comput. 2022 Mar 20:1-10. doi: 10.1007/s12652-022-03815-y.

Abstract

COVID-19 pandemic has changed today's routines in a variety of fields such as society, economics, health, etc. It is surely known that the most powerful weapon to fight against the disease is the social distancing. Hence, it is strongly recommended by the authorities to decrease human to human interaction (HHI) in order to stop the spread. However, daily routine of people must continue somehow, because of the fact that it is not known when the pandemic will end permanently. Thus, new approaches should be adapted in social environments for COVID-19 prevention. Human robot interaction (HRI) can be seen as a vital mechanism to provide risk free routines in the society. For this purpose, we offer a human robot interaction as a service (HRIaaS) for eatery locations such as restaurants, cafes, etc. where customers should interact with the staff. The proposed service aims to utilize personal smartphones and decrease the number of HHIs for such environments in which strange people involved. Moreover, an experimental case study is conducted to obtain an evaluation with a real world scenario when the proposed service is used versus a contemporary routine with HHIs. The evaluation results show that an average reduction of 41% is achieved per customer in the number of HHIs between customers and serving staff.

摘要

新冠疫情改变了当今社会、经济、健康等各个领域的日常活动。众所周知,对抗这种疾病最有力的武器是保持社交距离。因此,当局强烈建议减少人际互动(HHI)以阻止病毒传播。然而,由于不知道疫情何时会永久结束,人们的日常生活必须在某种程度上继续下去。因此,在社交环境中应采用新方法来预防新冠疫情。人机交互(HRI)可被视为在社会中提供无风险日常活动的关键机制。为此,我们为餐厅、咖啡馆等餐饮场所提供人机交互即服务(HRIaaS),在这些场所顾客需要与工作人员互动。所提议的服务旨在利用个人智能手机,减少涉及陌生人的此类环境中的人际互动次数。此外,还进行了一个实验案例研究,以便在使用所提议的服务与有人际互动的当代常规方式进行对比时,在真实场景中获得评估结果。评估结果表明,每位顾客与服务人员之间的人际互动次数平均减少了41%。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/4ca5/8934408/46e691dca43a/12652_2022_3815_Fig1_HTML.jpg

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