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Scholar reflects on the impact of architectural robots on control over living spaces
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Alex Binh Vinh Duc Nguyen published an opinion paper reflecting on the impact of architectural robots (such as robotic partitions, ceilings, furniture, and facades) on living. He argues that the role of such robots is not limited to the moment of movement: the spatial configuration left behind after motion stops persists, and may benefit some users while disadvantaging others; multiple robots can also collectively make an entire building space appear to be acting. On this basis, he argues that understanding robotic architecture requires attention not only to short-term human-robot interaction, but also to how people inhabit, negotiate, and maintain control over autonomously reconfigurable spaces.
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- When Architectural Spaces Begin to Act: How Architectural Robots Reshape Living and Spatial Control
Architectural robots, such as robotic partitions, ceilings, furniture, and facades, can move autonomously and reconfigure space. The author reflects on this: their impact goes beyond the moment of motion to include the spatial configurations that persist after motion stops. Such actions may benefit some occupants while disadvantaging others, and multiple robots together can make an entire architectural space appear to act. The author argues that understanding robotic architecture requires looking beyond short-term human-robot interaction to how people inhabit, negotiate, and retain control over autonomously reconfigurable spaces.
arXiv cs.RO ·
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