FrameLight: Guiding Attention Through Motion and Arrangement in Shape-Changing Furniture Robots

This paper introduces “FrameLight,” a shape-changing, mobile furniture robot, as one example of the broader concept of “Furnituroids,” which encompasses multiple robots designed to enhance spatial experiences. FrameLight features parallel link mechanisms and dimmable LEDs mounted on a mobile base, capable of dynamically adjusting its shape and position. As an application of calm technology, multiple FrameLight units subtly capture attention and direct users' gaze through synchronized movements and spatial configurations. A user study was conducted using three FrameLight units to investigate how their arrangement and movement patterns influence user perception and behavior. The findings reveal that these robots effectively direct attention through their motion, with vertical arrangements that create a sense of depth being particularly well-received by participants.

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Publication Details

Published
2025-03-04
DOI
https://doi.org/10.1109/hri61500.2025.10974138
Primary Topic
Architecture and Computational Design
Type
article
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article

FrameLight: Guiding Attention Through Motion and Arrangement in Shape-Changing Furniture Robots

Homei Miyashita, Yasuto Nakanishi
Architecture and Computational Design
article

FrameLight: Guiding Attention Through Motion and Arrangement in Shape-Changing Furniture Robots

Homei Miyashita, Yasuto Nakanishi
article en

Abstract

This paper introduces “FrameLight,” a shape-changing, mobile furniture robot, as one example of the broader concept of “Furnituroids,” which encompasses multiple robots designed to enhance spatial experiences. FrameLight features parallel link mechanisms and dimmable LEDs mounted on a mobile base, capable of dynamically adjusting its shape and position. As an application of calm technology, multiple FrameLight units subtly capture attention and direct users' gaze through synchronized movements and spatial configurations. A user study was conducted using three FrameLight units to investigate how their arrangement and movement patterns influence user perception and behavior. The findings reveal that these robots effectively direct attention through their motion, with vertical arrangements that create a sense of depth being particularly well-received by participants.

Keio University Shonan Fujisawa (JP)
Sustainable cities and communities
Openalex Percentile: Top 89%
Architecture and Computational Design
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