Yudong Peng
Papers
2
Total Citations
27
H-Index
2
About
Yudong Peng is a researcher advancing the frontier of autonomous underwater vehicle (AUV) control, with a focus on stochastic nonlinear systems. His work centers on developing robust station-keeping and hover control strategies, where he has pioneered the application of constructive backstepping control methods. In his landmark 2022 paper, Peng achieved a significant theoretical breakthrough by being the first to apply backstepping control to stochastic nonlinear systems for AUVs, solving complex state preservation problems under nonlinear growth conditions. His subsequent work introduced a novel probabilistic gain controller, further refining AUV stability and performance. With his most-cited papers accumulating 27 citations, Peng’s contributions are establishing new benchmarks for precision control in underwater robotics. His innovative integration of probability theory with backstepping techniques offers a powerful framework for managing uncertainty in real-world marine environments. For students and researchers in control theory and marine robotics, Peng’s work represents a critical step toward more reliable and adaptive autonomous systems capable of operating in the unpredictable depths of the ocean.
Research Focus
Key Achievements
Top Papers
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