Seung Kwan Song

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About

Seung Kwan Song is a robotics researcher whose work centers on the mechanics and control of dexterous manipulation, with a particular focus on dual-fingered robotic grasping. His primary contributions lie in developing stable grasping strategies that prevent object slippage, a fundamental challenge in robotic manipulation. In his most-cited work, "Dual-Fingered Stable Grasping Control for an Optimal Force Angle" (2011), Song introduced a control method that optimizes the angle of the grasping force to significantly lower the probability of an object slipping from rigid hemispherical fingertips. This paper has garnered 27 citations, establishing it as a key reference in the field. His earlier research, "Grasping control of 3-joint dual finger robot: Lyapunov stability approach" (2009), further advanced the field by deriving the kinematics of dual fingers constrained by object states and applying Lyapunov stability theory to ensure robust, regulated motion. Though this work has 4 citations, it laid the theoretical groundwork for his later, more impactful studies. Song’s research is essential reading for students and engineers interested in the intersection of dynamics, control theory, and practical robotic grasping—offering foundational insights into how robots can achieve stable, reliable object manipulation.