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Jae Heon Chung is a robotics researcher whose work has made significant contributions to the modeling, dynamics, and control of mobile robotic systems. His research spans wheeled mobile robots, omnidirectional platforms, and mobile manipulators, with a particular focus on developing accurate dynamic models that underpin robust real-world performance. Chung's most cited work, "Dynamic Model Based Robust Tracking Control of a Differentially Steered Wheeled Mobile Robot" (1998, 53 citations), established foundational methods for reliable tracking control under real-world disturbances—critical for high-load, high-speed applications. Complementing this, his 2004 study on omnidirectional mobile robots with three caster wheels (44 citations) addressed a gap in the field by incorporating full wheel dynamics previously neglected by researchers. His parallel contributions to mobile manipulator modeling and control (42 citations, 1998) further extended his influence into coordinated robotic systems operating under nonholonomic constraints. Beyond individual platforms, Chung investigated the complex internal forces arising in multiple robotic systems working in coordination, contributing key analyses of multi-manipulator loading scenarios. His later work advanced singularity-free dynamic modeling for omnidirectional robots and explored practical implementations including pneumatic deburring tools. With a body of work accumulating over 200 citations, Chung's research remains a valuable reference for engineers and scholars advancing the capabilities of mobile and collaborative robotics.