Yuxiang Xu
Papers
1
Total Citations
1
H-Index
1
About
Yuxiang Xu is a robotics and automation researcher whose work focuses on the development of intelligent systems for critical infrastructure maintenance, particularly in the domain of power transmission line inspection and repair. His key research areas include machine vision, robotic manipulation, and autonomous control systems for hazardous environments. Xu’s most notable contribution is the design of a broken strand repair robot for power transmission lines, which integrates a clamp block repair mechanism with a machine vision-based visual control method. This work addresses a high-risk, labor-intensive task in the energy sector, proposing a robotic solution that enhances both safety and efficiency. While his most-cited paper currently holds 1 citation, it represents foundational work in a niche but vital field—power line robotics—where practical deployment and patent potential often outweigh early citation metrics. Xu’s research bridges mechanical design, computer vision, and control systems, offering a pathway toward fully autonomous maintenance of high-voltage infrastructure. His contributions are particularly relevant for researchers and engineers working on field robotics, disaster response, and smart grid technologies, where reliable robotic repair systems are increasingly in demand.
Research Focus
Key Achievements
Top Papers
- 1