Xianjing Yang

About

Xianjing Yang is a robotics researcher specializing in semi-autonomous systems for hazardous environments, with key contributions to power distribution line maintenance and firefighting robotics. Her work focuses on developing robotic systems that enhance worker safety and operational efficiency through advanced control mechanisms. In her 2012 study on power distribution line maintenance, Yang introduced a semi-autonomous robot system capable of executing task-level instructions like "Insert the bolt" using compliance control, demonstrating grope actions for precise bolt insertion—a critical advancement for reducing human risk in high-voltage environments. Her 2016 paper on firefighting robots presented a novel design with video full-closed-loop control, addressing challenges in flame positioning and environmental adaptability for ground fire suppression. While her citation counts (3 each) reflect focused, niche contributions, Yang’s work is notable for its practical engineering solutions: integrating real-time visual feedback and autonomous task execution to solve real-world safety problems. Her research bridges the gap between theoretical control systems and deployable robotics, offering a foundation for future work in semi-autonomous disaster response and utility maintenance.

Research Focus

Key Achievements

Top Papers

1. 1
   Task performance tests on inserting the bolts by an experimental system for power distribution line maintenance - grope action under compliance control

   3 citations · 2012
2. 2
   Firefighting robot with video full-closed loop control

   3 citations · 2016

Key Collaborators

Contact & Links