Papers
2
Total Citations
17
H-Index
2
About
Junjun Jiang is a researcher specializing in robotics and motion control, with a particular focus on inspection systems for critical aerospace infrastructure. His primary research areas include backstepping control schemes, disturbance observer design, and the development of robots for curved-surface inspection. Jiang’s major contributions center on advancing the motion control of aircraft skin inspection robots—machines essential for ensuring flight safety by detecting structural defects. In his notable 2018 paper, “Switching Motion Control of Aircraft Skin Inspection Robot Using Backstepping Scheme and Nussbaum Disturbance Observer” (10 citations), he introduced a novel control strategy that adapts to curved environments, modeled as inclined surfaces, to enhance stability and precision. His 2019 follow-up work, “Modelling and Backstepping Motion Control of the Aircraft Skin Inspection Robot” (7 citations), further refined the robot’s mechanical design and control logic, addressing the challenge of navigating complex, non-planar surfaces. While his citation counts reflect a growing field presence, Jiang’s work is impactful for its practical application to aviation safety, offering robust solutions for real-world inspection tasks. His research bridges theoretical control engineering and applied robotics, making him a valuable contributor to maintenance automation in aerospace.
Research Focus
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