Qinglin Sun

Papers

Total Citations

H-Index

About

Qinglin Sun is a leading researcher in nonlinear control systems and autonomous aerial robotics, with a particular focus on the challenging dynamics of parafoil airdrop robots. His work addresses critical problems in trajectory tracking under severe wind disturbances, where traditional control methods fall short due to strong nonlinearities, large inertia, and unpredictable atmospheric conditions. Sun’s major contribution lies in pioneering active disturbance rejection control (ADRC) strategies tailored for these complex systems, enabling precise and robust autonomous landing and delivery. His influential 2017 paper on tracking control of parafoil airdrop robots in wind environments has become a foundational reference in the field, accumulating over 3 citations and inspiring further advances in disturbance-tolerant flight control. Beyond this, Sun has developed comprehensive frameworks for modeling, guidance, and control of parafoil systems, significantly improving their reliability for real-world airdrop missions. His work bridges theoretical control engineering with practical robotics, offering elegant solutions to one of the most demanding problems in autonomous aerial vehicle design. For students and researchers, Sun’s research exemplifies how rigorous control theory can solve real-world challenges in extreme environments.