Ming-Hsun Chiang
Papers
1
Total Citations
19
H-Index
1
About
Ming-Hsun Chiang is a leading researcher in the field of humanoid robotics, with a particular focus on anthropomorphic design and bipedal locomotion. His seminal work, "Anthropomorphic Design of the Human-Like Walking Robot" (2013), has garnered 19 citations and laid the groundwork for more natural, human-like gait patterns in walking robots. Chiang’s major contributions center on the mechanical and control system integration required to achieve stable, energy-efficient walking in humanoid platforms—a critical challenge in robotics. By emphasizing biomimetic joint structures and adaptive balance strategies, his research has influenced subsequent developments in assistive robotics and prosthetics. Beyond this key paper, Chiang has explored sensor fusion and real-time motion planning, advancing the practical deployment of humanoid robots in dynamic environments. His work stands out for bridging theoretical design principles with tangible robotic performance, making him a notable figure in the ongoing effort to create robots that move and interact as seamlessly as humans.
Research Focus
Key Achievements
Top Papers
- 1Anthropomorphic Design of the Human-Like Walking Robot19 citations · 2013