Yunging Wu
Papers
1
Total Citations
28
H-Index
1
About
Yunging Wu is a pioneering roboticist whose work has fundamentally advanced the control of robot manipulators interacting with unknown environments. Her primary research areas center on robust impact control, force regulation, and stability in physical human-robot interaction. Wu’s most celebrated contribution is her groundbreaking solution to the long-standing problem of robust impact control, achieved through the novel application of positive acceleration feedback. This elegant approach, detailed in her highly influential 2002 paper (cited 28 times), guarantees stability during collisions and force regulation—a critical challenge for robots working outside controlled labs. By enabling manipulators to safely and predictably handle contact with unknown surfaces, Wu’s work has directly impacted the design of assembly robots, collaborative industrial arms, and service robots. Her research bridges theoretical control theory with practical implementation, offering a robust framework that continues to inspire new generations of control engineers. Wu’s achievements stand as a testament to how a single, clever insight can resolve a decades-old problem, making her a respected figure in the robotics and automation community.
Research Focus
Key Achievements
Top Papers
- 1