Papers
1
Total Citations
4
H-Index
1
About
Zhen Xiong is a robotics researcher specializing in the modeling and control of bipedal robots with complex parallel mechanisms. His work addresses a fundamental challenge in legged locomotion: balancing model accuracy with real-time computational demands. Xiong’s key contribution is the development of a reduced-dimensional whole-body controller that simplifies the dynamics of series-parallel bipedal robots without sacrificing essential control performance. This approach enables more efficient and stable locomotion by strategically managing the trade-off between fidelity and speed. His most-cited paper, “Reduced-Dimensional Whole-Body Control Based on Model Simplification for Bipedal Robots With Parallel Mechanisms” (2025), has already garnered 4 citations, reflecting growing interest in his methods. Xiong’s research is particularly relevant for advancing humanoid robots that require both structural robustness and agile movement. By tackling the inherent complexity of parallel kinematic chains, he is helping to bridge the gap between theoretical control design and practical deployment in real-world environments. His work stands as a promising step toward more capable and computationally efficient bipedal systems.
Research Focus
Key Achievements
Top Papers
- 1