Qing Zhou
Papers
2
Total Citations
11
H-Index
2
About
Qing Zhou is a researcher focused on the dynamics and control of space robotic systems, particularly for on-orbit servicing missions. Their work addresses critical challenges in space robotics, including the minimization of base attitude disturbances during trajectory planning for dual-arm space robots—a key issue for mission success due to dynamic coupling between manipulators and the spacecraft base. Zhou’s most cited paper (2021, 9 citations) proposes a trajectory planning method that reduces these disturbances, enhancing operational precision. More recently, Zhou introduced a novel fuel-saving detumbling strategy for post-capture combined spacecraft (2023), which conserves costly onboard fuel by optimizing the detumbling process after capturing a tumbling target. This work is vital for extending the operational life of space robots and reducing mission costs. With a growing citation record, Zhou’s contributions are advancing the practicality and efficiency of autonomous space robotics, making them a notable emerging voice in the field.
Research Focus
Key Achievements
Top Papers
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