Darong Huang
Papers
4
Total Citations
58
H-Index
3
About
Darong Huang is a leading researcher in robot teleoperation and cooperative manipulation, with a focus on enabling robots to work alongside humans to handle complex, real-world tasks. His work centers on multi-robot systems, particularly the innovative single-leader–dual-follower teleoperation framework, which allows one operator to control a team of robots to cooperatively manipulate deformable objects. A key contribution is his development of a method that combines direct teleoperation with autonomous cooperation, where one robot follows the operator’s commands while a second robot autonomously adjusts its actions to maintain stable object holding and regulate contact forces. This work has garnered significant attention, with his most cited paper accumulating 33 citations. Huang has also advanced the field by designing disturbance observer-enhanced variable gain controllers for teleoperation systems using wearable armbands, improving performance in high-frequency disturbance environments. Additionally, he has proposed impedance model-based optimal regulation strategies for bimanual robots, enabling precise control of both force and position when holding objects. His research is highly relevant for applications in manufacturing, healthcare, and remote operations, where safe and efficient human-robot collaboration is critical.
Research Focus
Key Achievements
Top Papers
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