Yifei Dong

Papers

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About

Yifei Dong is a researcher whose work bridges the critical intersection of advanced control theory and practical robotics, with a particular focus on aerial manipulation and nonlinear systems. His major contributions are twofold: pioneering robust control strategies for complex dynamical systems and developing innovative solutions for real-world robotic challenges. In the realm of control theory, Dong has made significant strides in addressing bumpless transfer model predictive control (MPC) for hidden Markovian jump nonlinear systems with saturated inputs, a problem often overlooked in existing literature but crucial for ensuring smooth and safe system operation. His most-cited paper (14 citations) tackles this challenge for T–S fuzzy Markovian jump systems, demonstrating his ability to solve theoretically demanding problems with practical relevance. On the application side, Dong is known for his work on Chat-PM, a hybrid aerial-terrestrial vehicle equipped with a robotic arm. His rotorwash-aware motion planning method for grasping lightweight objects (10 citations) directly addresses the critical issue of rotor interference, enabling more reliable aerial manipulation. This work showcases his talent for translating complex dynamics into actionable control solutions. With additional publications on robust control of switched singular systems, Dong’s research is characterized by a deep theoretical foundation and a clear commitment to advancing autonomous systems in real-world environments.