@inproceedings{mori-etal-2020-analysis,
title = "Analysis of Body Behaviours in Human-Human and Human-Robot Interactions",
author = "Mori, Taiga and
Jokinen, Kristiina and
Den, Yasuharu",
editor = "Paggio, Patrizia and
Gatt, Albert and
Klinger, Roman",
booktitle = "Proceedings of LREC2020 Workshop ``People in language, vision and the mind'' (ONION2020)",
month = may,
year = "2020",
address = "Marseille, France",
publisher = "European Language Resources Association (ELRA)",
url = "https://aclanthology.org/2020.onion-1.2",
pages = "7--14",
abstract = "We conducted preliminary comparison of human-robot (HR) interaction with human-human (HH) interaction conducted in English and in Japanese. As the result, body gestures increased in HR, while hand and head gestures decreased in HR. Concerning hand gesture, they were composed of more diverse and complex forms, trajectories and functions in HH than in HR. Moreover, English speakers produced 6 times more hand gestures than Japanese speakers in HH. Regarding head gesture, even though there was no difference in the frequency of head gestures between English speakers and Japanese speakers in HH, Japanese speakers produced slightly more nodding during the robot{'}s speaking than English speakers in HR. Furthermore, positions of nod were different depending on the language. Concerning body gesture, participants produced body gestures mostly to regulate appropriate distance with the robot in HR. Additionally, English speakers produced slightly more body gestures than Japanese speakers.",
language = "English",
ISBN = "979-10-95546-70-2",
}
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<abstract>We conducted preliminary comparison of human-robot (HR) interaction with human-human (HH) interaction conducted in English and in Japanese. As the result, body gestures increased in HR, while hand and head gestures decreased in HR. Concerning hand gesture, they were composed of more diverse and complex forms, trajectories and functions in HH than in HR. Moreover, English speakers produced 6 times more hand gestures than Japanese speakers in HH. Regarding head gesture, even though there was no difference in the frequency of head gestures between English speakers and Japanese speakers in HH, Japanese speakers produced slightly more nodding during the robot’s speaking than English speakers in HR. Furthermore, positions of nod were different depending on the language. Concerning body gesture, participants produced body gestures mostly to regulate appropriate distance with the robot in HR. Additionally, English speakers produced slightly more body gestures than Japanese speakers.</abstract>
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%0 Conference Proceedings
%T Analysis of Body Behaviours in Human-Human and Human-Robot Interactions
%A Mori, Taiga
%A Jokinen, Kristiina
%A Den, Yasuharu
%Y Paggio, Patrizia
%Y Gatt, Albert
%Y Klinger, Roman
%S Proceedings of LREC2020 Workshop “People in language, vision and the mind” (ONION2020)
%D 2020
%8 May
%I European Language Resources Association (ELRA)
%C Marseille, France
%@ 979-10-95546-70-2
%G English
%F mori-etal-2020-analysis
%X We conducted preliminary comparison of human-robot (HR) interaction with human-human (HH) interaction conducted in English and in Japanese. As the result, body gestures increased in HR, while hand and head gestures decreased in HR. Concerning hand gesture, they were composed of more diverse and complex forms, trajectories and functions in HH than in HR. Moreover, English speakers produced 6 times more hand gestures than Japanese speakers in HH. Regarding head gesture, even though there was no difference in the frequency of head gestures between English speakers and Japanese speakers in HH, Japanese speakers produced slightly more nodding during the robot’s speaking than English speakers in HR. Furthermore, positions of nod were different depending on the language. Concerning body gesture, participants produced body gestures mostly to regulate appropriate distance with the robot in HR. Additionally, English speakers produced slightly more body gestures than Japanese speakers.
%U https://aclanthology.org/2020.onion-1.2
%P 7-14
Markdown (Informal)
[Analysis of Body Behaviours in Human-Human and Human-Robot Interactions](https://aclanthology.org/2020.onion-1.2) (Mori et al., ONION 2020)
ACL