Papers
2
Total Citations
42
H-Index
2
About
Yang Li is a versatile researcher whose work spans two distinct yet equally innovative domains: advanced manufacturing technologies and robotic control systems. In the field of fabrication, Li has made significant strides in acoustic-assisted 3D printing, pioneering the use of acoustofluidic microparticle patterning to fabricate conductive polymer composites — a contribution that has garnered 37 citations since its 2022 publication, reflecting rapid recognition within the additive manufacturing community. This work represents a meaningful advancement in precision material deposition, opening new possibilities for smart material design and flexible electronics. Complementing this, Li has also contributed to the field of mobile robotics, developing a vision-based control framework for wheeled mobile robots that unifies tracking and regulation tasks using a monocular camera. By extracting orientation and scaled position information through Euclidean reconstruction, this approach elegantly addresses a longstanding challenge in visual servoing. Together, these contributions paint a picture of a researcher comfortable bridging hardware fabrication and intelligent system control — a rare interdisciplinary reach that positions Li as a thoughtful contributor across multiple frontiers of engineering research.
Research Focus
Key Achievements
Top Papers
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