Youngjin Kim, Ph.D

Postdoctoral Researcher | Control Theory | Robotics | Dynamic Systems | Autonomous Systems

Analytical Framework for Energy–Time Optimal Control in Mobile Robot Application

Overview : We developed a rigorous analytical framework for the optimal control of wheeled mobile robots, deriving closed-form solutions using Jacobi elliptic functions. The first result establishes energy-optimal motion for the unicycle model, while the second extends the framework to balance both energy and time. Together, these contributions offer fundamental insights into the trade-offs that shape efficient robot motion planning.

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