Papers
3
Total Citations
256
H-Index
3
About
Euisik Yoon is a pioneering researcher in the field of flexible sensing systems, with a particular focus on capacitive proximity and tactile sensing technologies for robotics applications. His work has significantly advanced the development of intelligent sensor platforms that enable robots to safely interact with humans and their environments. Yoon's most influential contribution, a dual-mode capacitive proximity sensor published in 2009, has garnered over 200 citations and demonstrated the remarkable capability of integrating both tactile and proximity sensing on a single flexible polymer platform using shared electrodes — a breakthrough that streamlined sensor design while enhancing functional versatility. Building on this foundation, his earlier 2006 work laid the conceptual groundwork for dual-mode sensing in robot assistant applications, while his 2017 research extended these principles to ultrasound-based proximity sensing, prioritizing human safety during robot operation. Across his body of work, Yoon has consistently addressed the critical challenge of creating compliant, multifunctional sensors capable of real-time environmental awareness. His research has made meaningful contributions to the fields of MEMS, human-robot interaction, and wearable sensing, establishing him as a key figure in advancing safe and responsive robotic systems.
Research Focus
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