Development of OSONO, a Service Robot with Reference to “Joruri puppet”, and its Choreography

  • Masahiko Narita Advanced Institute of Industrial Technology
  • Sachiko Nakagawa Aoyama Gakuin University
Keywords: Robot Services, Physical Properties, Choreography, Service Robot, Joruri Puppets

Abstract

It is expected that various service robots will be widely used and utilized in commercial facilities where coexistence and affinity with humans are required, as well as business spaces such as public facilities, tourist facilities, nursing care and welfare facilities. These service robots are required to attract people and to enable to exchange messages with each other. For one of this solution, by our original methodology, we have developed a physical robot named OSONO, with referencing to the Japanese traditional puppet theater, which is registered as a World Intangible Cultural Heritage. In this paper, we propose our method to develop a robot with fine design, extract and analyze choreography of Joruri puppet, and reconstruct choreography. Particularly, we verify that this method realizes excellent choreography even a robot has a small number of actuators.

References

"Bunraku, National Theater Entertainment Appreciation Course, " 1975. (in Japanese)

Jamy Li, "The benefit of being physically present: A survey of experimental works comparing copresent robots telepresent robots and virtual agents," International Journal of Human-Computer Studies, vol.77, pp23-37, 2015.

Toshikazu Kanaoka, et.al, Designing a Motivational Agent for Behavior Change in Physical Activity, CHI 2015, 2015.

Masahiro Shiomi, et al., "Effects of an Appearance and a Size for a Robot Signage," Forum on Information Technology proceedings, 9(3),83-88, 2010. (in Japanese)

Chao Shi, et al., "Field Trial for Social Robots that Invite Visitors to Stores," Journal of the Robotics Society of Japan, Vol. 35 No. 4, pp.334~345, 2017.

Tapia: https://mjirobotics.co.jp/wordpress/wp-content/uploads/2016/04/MJI_PressRelease_160427web.pdf [Online]

Xperia Hello!: https://www.sonymobile.co.jp/product/smartproducts/g1209/ [Online]

unibo: https://www.unirobot.com/unibo/spec [Online]

Sota: https://www.vstone.co.jp/products/sota/spec.html [Online]

ROBOCOT: http://www.takerobo.co.jp/robocot.html [Online]

Shinobu Nakagawa, "Finding the motion planning method which communicates the robot's emotion to human, " Journal of Osaka University of Arts 36. pp.139-146, 2013.

中川志信, 他, “感情をモーションで伝えるロボットシステムの実機検証”, The 38th Annual Conference of the RSJ, RSJ2015AC3J1-04, 2015.

Hiroshi Ishiguro and Oriza Hirata, "Robot Theater," Journal of the Robotics Society of Japan, Vol.29 No.1, pp.35-38, 2011.

Masahiko Narita, Jun Uchiyama, Yoshio Kondo, Yosuke Tsuchiya and Sachiko Nakagawa, "Physical Properties of Service Robot which is Referring to Joruri Puppets and Home Appliance Design- Enhancement of Robot Service platform for Non-experts -," UR2019 - International Conference on Ubiquitous Robots, 2019.

Masahiko Narita, An Essay on the Physical Properties of Signage robots, Bulletin of Advanced Institute of Industrial Technology, No.11, pp.91-96, 2017/12

Masahiko Narita, Enhancement on the Physical Properties of Signage Robots, Bulletin of Advanced Institute of Industrial Technology, No.12, 2018/12

Shigetaka Ohnishi, "Arts of Bunraku puppets," Engeki Shuppansha,1968. (in Japanese)

Shigetaka Ohnishi, "Staging of Bunraku puppets," Nakao Shosen-do, 1974. (in Japanese)

Haruka Okui, “Body that lives in Thchniques - Clinical education of Training Session and Body-techniques in Puppet Theater-,” Minerva- shobo, 2015. (in Japanese)

Shizuo Yamakawa, Tamao Yoshida, “Women of Bunraku,” Tankosha, 2016. (in Japanese)

Miyako Hayashi, “How to manipulate a joruri puppet on Shimonaka-za of Sagami Puppet Theater,” The handouts in Special Interest Group on “Robot Services utilizing the network” of the Robot Society of Japan, 2019/7 (in Japanese)

“The World of Sagami Puppet Theater,” Showa Women's University Koyo Museum, 2016.(in Japanese)

SAGAMI Puppet Theater: Art Form and Features, (in Japanese) [Online], https://seesaawiki.jp/sagami-ningyo-shi-bai/d/%b7%dd%c2%d6%a4%c8%c6%c3%c4%a7 [Online]

Zhe Cao, et al., “Realtime Multi-person 2D Pose Estimation Using Part Affinity Fields”, 2017 IEEE Conference on CVPR, 7291 -7299, 2017.

Mariko Tanaka, “Bunraku ni tsuretette! (Take me Bunraku)” (in Japanese), p104, Seikyusha, 2001.

Masahiko Narita and Sachiko Nakagawa," Physical properties of service robots which is referring to Joruri puppet," IEEE/IIAI International Congress on Applied Information Technology, Vol.3, 158-162pp, 2019.

Yoshihiko Murakawa, Keiju Okabayashi, Shinji Kanda and Miwa Ueki, Verification of the Effectiveness of Robots for Sales Promotion in Commercial Facilities,Proceedings of 2011 IEEE/SICE International Symposium on System Integration, pp.299-305, 2011.

Ran Dong, Yang Chen, Dongsheng Cai, Shinobu Nakagawa, Tomonari Higaki & Nobuyoshi Asai, "Robot motion design using bunraku emotional expressions – focusing on Jo-Ha-Kyū in sounds and movements," ADVANCED ROBOTICS, vol.35(5), pp299-312, 2020.

blender: https://www.blender.org/download/releases/2-80/ [Online]

Published
2020-12-30