Papers
1
Total Citations
3
H-Index
1
About
Xueyi Liu’s research focuses on the intersection of robotics, control systems, and electrical power maintenance, with a particular emphasis on developing automated solutions for high-risk environments. Their most cited work, “Design of control system based on D-H method for live-maintain robot on Energized Transmission” (2016), introduces a kinematics modeling approach using the Denavit-Hartenberg (D-H) method to design an integrated control system for robots performing live maintenance on energized transmission lines. This contribution addresses critical challenges in coordinating robotic movements under real-world operational constraints, enhancing safety and efficiency in power grid maintenance. While Liu’s citation count is modest—with this paper garnering 3 citations—the work demonstrates foundational thinking in applying robotic control theory to practical, high-stakes applications. Their research is notable for bridging theoretical kinematics with tangible engineering solutions, offering a pathway toward safer, automated electrical infrastructure upkeep. Liu’s achievements reflect a commitment to advancing robotics in specialized industrial contexts, making their work valuable for students and researchers exploring control system design, robotic manipulation, and field robotics in energy sectors.
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