Qiang Huang
Beijing Institute of Technology, Waseda University, The University of Tokyo, Shandong Institute of Automation, University of Tsukuba, Ministry of Education of the People's Republic of China, Beijing Advanced Sciences and Innovation Center, Carnegie Mellon University, Beijing Forestry University, Wuhu Hit Robot Technology Research Institute, Jiujiang University
Papers
304
Total Citations
5,975
H-Index
35
About
Qiang Huang is a distinguished robotics researcher whose work spans biped locomotion, soft microrobotics, biomimetic systems, and robotic calibration. His early contributions to legged robotics — particularly his highly influential 2001 paper on planning walking patterns for biped robots (852 citations) — addressed the fundamental challenge of stable locomotion across uneven terrain, establishing him as a leading voice in humanoid and mobile robot control. His 2002 work on stability criteria for mobile manipulators further cemented this foundation. Huang's research has evolved impressively toward miniaturized and soft robotic systems, including a bioinspired soft millirobot capable of functioning in both dry and wet environments (559 citations) and magnetically driven continuum microrobots for intravascular medical applications. His ionic shape-morphing microrobotic end-effectors (180 citations) demonstrate particular ingenuity in adaptive actuation for microscale tasks. Beyond locomotion, Huang has made meaningful societal contributions through assistive technologies, including a walking-aid cane robot for elderly users, and has advanced industrial precision through novel Kalman and particle filter-based kinematic calibration methods. With over 2,400 citations across diverse domains, his career reflects a rare breadth — bridging fundamental robot dynamics with cutting-edge biomedical microrobotics.
Research Focus
Key Achievements
Top Papers
- 1Planning walking patterns for a biped robot852 citations · 2001
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- 5Stability criteria in controlling mobile robotic systems137 citations · 2002
- 6An overview of biomimetic robots with animal behaviors110 citations · 2019
- 7Fall Detection and Prevention Control Using Walking-Aid Cane Robot104 citations · 2015
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