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About

Ki-Hyun Bae’s research lies at the intersection of robotics, control systems, and construction automation, with a focus on developing intelligent algorithms for complex, real-world environments. His most cited work, “Development of the Gripping Control Algorithm for Wire-Suspended Object in Steel Construction” (2007, 9 citations), introduces a novel control strategy for robotic grippers handling pendulum-like loads suspended by cranes—a critical challenge in steel construction. This contribution is complemented by his work on shock isolation, where a pre-acting manipulator algorithm mitigates dynamic disturbances during object gripping. Bae also made notable advances in multi-robot coordination, proposing a fuzzy compensated PID controller for formation control of mobile robots (2014, 6 citations; 2015, 3 citations). This hybrid control system combines kinematic leader-follower approaches with dynamic PID control, enhanced by fuzzy logic to handle nonlinearities and environmental uncertainties. His work demonstrates a practical, application-driven approach to robotics, bridging theoretical control design with real-world deployment in construction and autonomous systems. Though his citation counts are modest, Bae’s contributions are foundational in niche areas of construction robotics and formation control, offering valuable insights for researchers working on adaptive, robust control in unstructured environments.