Titlebook: Human-Computer Interaction; Thematic Area, HCI 2 Masaaki Kurosu,Ayako Hashizume Conference proceedings 2023 The Editor(s) (if applicable) a

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One Size Does Not Fit All:les of tasks performed by these robots include data processing, clerical work, and administrative tasks. We propose five types of robot users based on interviews after real-life use cases of an office robot. We investigate these types in an online study that shows relevant patterns associated with e

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Enhancing Robot Explainability in Human-Robot Collaborationications for human-robot collaboration. This study sought to understand the impacts of social cues on robot explainability and trust and acceptance of a robotic partner. We proposed a research model in which the non-verbal, verbal, and joint presence of both cues predicted robot explainability, and

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An Intuitive Human-Robot Interaction Method for Robotic Dance Choreography art, creating a new mode of interaction between the works and the audience. Among them, performance art fields such as dance have begun to experiment with robots. In the control of traditional industrial machine arms, professional programming skills and a large amount of time are required to write

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An Architecture for Transforming Companion Robots into Psychosocial Robotic Surrogatese teaching; remote collaborations and remote surgeries. This paper investigates the idea of a psychosocial robotic surrogate by using a companion robot to address issues that occur in psychosocial contexts. We address these psychosocial aspects of the human-robot relationship by having the companion

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Perception of?a?Mobile Service Robot’s Proxemic Behavior and?Appearance in?Virtual Realitymfort was found. Additionally, the results give implications at which distance a delivery robot should adapt its behavior depending on its design configuration in order to achieve as less discomfort in humans as possible.

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