Kwang-Heon Kim

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About

Kwang-Heon Kim is a researcher specializing in advanced motion control systems for robotics, with a particular focus on AC servo motor drives and real-time industrial communication networks. His work centers on the implementation of vector current control for Permanent Magnet Synchronous Motors (PMSMs), integrating high-speed, bidirectional optical-EtherCAT communication to enable precise, multi-axis motion control in robotic systems. Kim’s key contributions include developing and validating AC servo drivers that leverage EtherCAT network technologies, demonstrating robust current tracking performance under no-load conditions. His most cited paper (2013, 7 citations) presents a vector control implementation technique for AC servo motors using optical-EtherCAT, verifying the driver’s performance through current vector control experiments. In related work (2012, 3 citations; 2014, 2 citations), he further refined motor driver designs and two-axis vector control systems, addressing the growing demand for high-speed, high-precision robotic motion. Though his citation counts are modest, Kim’s research contributes foundational engineering solutions for next-generation robots requiring synchronized, network-controlled actuation. His work is particularly relevant for students and engineers exploring industrial automation, real-time Ethernet protocols, and servo drive design.