Bang-Zhao Zhou

Papers

Total Citations

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About

Bang-Zhao Zhou is a researcher focused on the dynamics and control of space objects, with a particular emphasis on the challenges of operating in orbit. His work centers on two critical problems in space robotics and debris mitigation: predicting the motion of uncontrolled space targets and identifying the inertial properties of unknown captured objects. In his 2018 paper on motion prediction, Zhou developed methods to forecast the trajectory of tumbling, non-cooperative space debris, a fundamental step for safe rendezvous and capture operations. His most significant contribution, however, is a 2019 study that introduces a novel approach for identifying the inertia parameters of a space target after it has been captured by a robotic servicer. This work is essential for stabilizing a captured object and planning subsequent maneuvers, as knowing the mass and inertia is crucial for effective control. While his citation counts are still growing, Zhou’s research addresses a practical bottleneck in active debris removal and on-orbit servicing, laying the groundwork for future missions that require autonomous interaction with unknown objects in space.