Tomomi Kawashima

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About

Tomomi Kawashima is a researcher in ubiquitous computing and smart environments, with a particular focus on integrating robotic systems into sensor-rich spaces. Her work addresses a critical limitation of traditional smart spaces: while fixed sensing devices can detect context, they cannot physically interact with or retrieve objects in the environment. Kawashima’s major contribution lies in developing prototypes that combine multiple mobile robots with smart space infrastructure to locate and manipulate “u-objects”—everyday items tagged for identification. Her 2008 paper, “Robots in Smart Spaces - A Case Study of a u-Object Finder Prototype,” introduced a system where robots autonomously navigate and retrieve objects based on contextual cues, bridging the gap between passive sensing and active intervention. This work, along with her follow-up study on multi-robot coordination, has garnered early citations from researchers exploring human-robot interaction and ambient intelligence. Though her citation counts remain modest, Kawashima’s pioneering integration of robotics into smart spaces laid groundwork for later advances in assistive robotics and automated home systems. Her research continues to inspire efforts toward truly responsive environments where robots act as dynamic actuators within intelligent spaces.