Xinhui Zheng

Papers

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About

Xinhui Zheng is a researcher specializing in underwater robotics and marine vehicle control, with a particular focus on thruster configuration and thrust allocation for autonomous underwater vehicles (AUVs). Their most-cited work, "A Novel Thrust Allocation Method for Underwater Robots" (2022, 5 citations), addresses a critical limitation in underwater vehicle manoeuvrability during position-keeping tasks. Zheng identified that conventional thruster configurations often fail to provide sufficient control precision in dynamic underwater environments. To solve this, they proposed an innovative thruster configuration method paired with a sequential thrust allocation algorithm, enabling more stable and responsive vehicle positioning. This contribution is particularly valuable for applications requiring precise station-keeping, such as underwater inspection, sampling, and intervention tasks. While still early in their career, Zheng's work demonstrates a clear focus on bridging the gap between theoretical control methods and practical robotic deployment. Their research holds promise for advancing the reliability of underwater robots in challenging marine conditions, making them a rising contributor to the field of marine robotics and autonomous systems.