CHIBO: A Robot Design for Parent-child Feeding Scenario
H Li, J Wang, J Huang, H Yang, Y Xie - Companion of the 2023 ACM …, 2023 - dl.acm.org
H Li, J Wang, J Huang, H Yang, Y Xie
Companion of the 2023 ACM/IEEE International Conference on Human-Robot …, 2023•dl.acm.orgInappropriate child-feeding behaviors are one of the causes of childhood obesity or stomach
problems. Children from 1 to 5 years old don't know how much they should eat and parents
may not know whether their children are full or not. Therefore, we designed a robot in a
parent-child feeding scenario that visualizes children's daily diet through changes in its form.
It aims to establish a more intuitive connection between scientific quantitative standards and
actual feeding scenarios in the form of peripheral interaction. Thus solving the problem of …
problems. Children from 1 to 5 years old don't know how much they should eat and parents
may not know whether their children are full or not. Therefore, we designed a robot in a
parent-child feeding scenario that visualizes children's daily diet through changes in its form.
It aims to establish a more intuitive connection between scientific quantitative standards and
actual feeding scenarios in the form of peripheral interaction. Thus solving the problem of …
Inappropriate child-feeding behaviors are one of the causes of childhood obesity or stomach problems. Children from 1 to 5 years old don't know how much they should eat and parents may not know whether their children are full or not. Therefore, we designed a robot in a parent-child feeding scenario that visualizes children's daily diet through changes in its form. It aims to establish a more intuitive connection between scientific quantitative standards and actual feeding scenarios in the form of peripheral interaction. Thus solving the problem of real-time feedback in feeding.
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