Manmyung Kim

Papers

Total Citations

313

H-Index

About

Manmyung Kim is a researcher whose work sits at the dynamic intersection of computer animation, robotics, and biomechanics, with a particular focus on physically based simulation of human motion. His most recognized contribution, "Simulating Biped Behaviors from Human Motion Data" (2007), has garnered substantial academic attention — accumulating over 300 citations across multiple publication venues — and represents a landmark effort in enabling physically simulated planar biped characters to convincingly imitate real human behaviors. By developing optimization-driven control strategies grounded in captured motion data, Kim's research bridges the gap between raw biomechanical data and lifelike, physically plausible character animation. This work has proven influential not only for animators seeking greater realism in digital characters but also for roboticists and biomechanics researchers striving to understand and replicate human locomotion in mechanical systems. His contributions provide foundational tools for anyone working on motion synthesis, controller design, or human movement analysis, making his research an essential reference point for students and practitioners entering the fields of physics-based animation and humanoid robot control.