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About

T. Linner is a pioneering researcher at the intersection of robotics, architecture, and gerontechnology, dedicated to developing assistive systems that empower elderly individuals to live independently. His key research areas include robotic assistance for activities of daily living (ADLs), multi-robotic systems for ageing populations, and vision-controlled robotic furniture. Linner’s major contributions lie in conceptualizing and prototyping novel systems that integrate robotic elements into the built environment—such as ceiling-mounted multi-robotic assistants and bathroom hygiene robots—to overcome spatial constraints and enhance safety. His work on the Multi-Robotic Assistant System (MRAS) and robotic hygienic services addresses critical gaps in ADL support, particularly bathing, which is often overlooked despite being a top priority for seniors. While his citation counts (8, 6, and 2 for his most-cited papers) reflect a niche but growing field, Linner’s impact is evident in his forward-thinking design philosophy that merges ergonomics with automation. Notably, his 2012 publications laid foundational concepts for ambient assistive living, earning him recognition as a thought leader in human-robot interaction for ageing societies.