Jeongseok Lee
Papers
1
Total Citations
272
H-Index
1
About
Jeongseok Lee is a leading figure in robotics and physics simulation, best known as the principal architect of the **DART (Dynamic Animation and Robotics Toolkit)**. His research centers on physics-based simulation, robot control, and motion planning, with a focus on creating robust, high-fidelity tools that bridge the gap between animation and real-world robotics. Lee’s most significant contribution is the development and stewardship of DART, an open-source library that has become a gold standard for simulating articulated rigid-body dynamics. His work on DART 6.17.1, for instance, introduced critical hardening against non-finite inputs and graceful degradation of invalid SDF data, directly enhancing the reliability of simulations for complex robotic systems. With over **272 citations** on his seminal 2018 paper alone, Lee’s impact is substantial, influencing both academic research and industry applications in autonomous navigation and humanoid robotics. His commitment to open-source infrastructure and numerical robustness has made DART a foundational tool for researchers worldwide, enabling safer, more accurate testing of control algorithms and physical interactions.
Research Focus
Key Achievements
Top Papers
- 1DART: Dynamic Animation and Robotics Toolkit272 citations · 2018