Injae Lee

Korea Electrotechnology Research Institute

Papers

Total Citations

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About

Injae Lee is a pioneering researcher in the fields of contactless power transfer systems and multi-agent robotics, whose work bridges the gap between energy delivery and intelligent machine coordination. Lee’s most significant contribution lies in proposing a novel contactless power transfer system (CPTS) integrated directly with a linear electric machine—a design that reduces overall system volume by eliminating the need for independent power transmission structures. This innovation, detailed in a 2007 paper with 8 citations, addresses a critical challenge in moving systems where space and efficiency are paramount. Earlier, Lee explored the frontiers of artificial intelligence in robotics, developing a hierarchical supervisory control strategy for soccer-playing mobile robots. Published in 2003 with 5 citations, this work introduced a three-layered framework—supervisor, coordinator, and executor—that emulates human perception, reasoning, and learning to enable seamless coordination among multiple agents. By tackling both the physical constraints of power delivery and the cognitive demands of autonomous teamwork, Lee’s research offers foundational insights for engineers and roboticists seeking to create more compact, intelligent, and collaborative electromechanical systems.