Gyu-Jin Jo

Papers

Total Citations

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About

Dr. Gyu-Jin Jo is a robotics researcher whose work centers on personal mobility systems and the dynamic control of wheeled robotic platforms. His primary research areas include the design of novel robotic vehicles, vibration minimization in mobile robots, and the development of intelligent control strategies for two- and three-wheeled systems. Dr. Jo’s most notable contribution is the invention of the "Robicle," an electric-driven, three-wheeled robotic vehicle conceived as a personal mobility solution. In his seminal 2014 paper on this work, he detailed the integration of key components—including the rim, tire, brake, suspension, hub motor, and robotic wheel—to create a compact and maneuverable platform. This foundational design has garnered 5 citations, reflecting its influence on subsequent mobility research. Additionally, Dr. Jo has addressed practical challenges in robotics, such as the vibration issues inherent in tower-type two-wheeled mobile robots. By applying an acceleration and deceleration velocity profile method, he demonstrated a significant reduction in mechanical oscillations, a contribution that has earned 2 citations and underscores his focus on enhancing user comfort and system stability. His work bridges mechanical design and control theory, offering valuable insights for engineers developing next-generation personal transport and service robots.