Architectural Robots Enable Autonomous Spatial Reconfiguration in Living Environments
Overview
This arXiv paper argues that architectural robots like partitions and facades allow spaces to act autonomously by persistently reconfiguring environments based on occupant needs, extending interaction beyond momentary actions into lasting spatial conditions.
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“arXiv:2610.41724v1 Announce Type: new Abstract: Architectural spaces are increasingly gaining robotic capabilities. Architectural robots such as robotic partitions, ceilings, furniture, facades, and other spatial components can autonomously move and reconfigure in response to occupants' needs and activities. Yet, when architectural robots start shaping the spatial conditions in which people continuously live, work, a”
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- arXiv Robotics — research abstractsArchitectural Robots Enable Autonomous Spatial Reconfiguration in Living Environments
This arXiv paper argues that architectural robots like partitions and facades allow spaces to act autonomously by persistently reconfiguring environments based on occupant needs, extending interaction beyond momentary actions into lasting spatial conditions.
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