Chengze Xue

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About

Chengze Xue is a researcher at the forefront of bionic robotics and intelligent motion control, with a particular focus on developing robots capable of navigating confined and challenging environments. His key research areas include bionic robot design, model predictive control (MPC), and pipeline inspection robotics. Xue’s major contribution lies in pioneering advanced motion control strategies for bionic sucker inchworm robots (BSIRs), enabling these insect-inspired machines to move with unprecedented stability and precision inside narrow pipelines. His most cited work, "Research on Motion Control of Bionic Sucker Inchworm Robot Based on MPC" (2023, 8 citations), proposes a novel MPC-based framework that significantly enhances the robot’s adaptability and trajectory tracking in complex, constrained spaces. This achievement expands the practical application of inchworm robots for industrial inspection and maintenance tasks. Xue’s research is notable for bridging theoretical control algorithms with real-world robotic deployment, offering a scalable solution for autonomous operations in hard-to-reach areas. His work continues to inspire innovations in bionic locomotion and intelligent automation.