Jinyong Yu
Papers
4
Total Citations
66
H-Index
3
About
Dr. Jinyong Yu is a leading researcher in autonomous systems and intelligent control, whose work bridges the critical gap between robust mechanical design and resilient cyber-physical decision-making. His research spans three key areas: bio-inspired mobile robotics, fault detection in complex networked systems, and advanced control under adversarial conditions. Dr. Yu’s most impactful contribution is his pioneering design of a tracked mobile robot featuring a novel passive bio-inspired suspension system (36 citations), which overcomes the traditional trade-off between loading capacity and vibration isolation—a fundamental challenge in field robotics. He has also made significant strides in security-critical control, developing dynamic event-triggered asynchronous fault detection methods for Markov jump systems under aperiodic Denial-of-Service attacks (20 citations), and advancing sliding mode observers for coupled disturbance reconstruction in nonlinear systems (9 citations). His recent work on the co-design of fault detection and bipartite time-varying formation control for fuzzy multiagent systems under switching topologies (2025) represents a cutting-edge integration of detection and control. With a growing citation footprint exceeding 66, Dr. Yu’s research is essential reading for engineers and researchers working on resilient autonomous systems, multi-robot coordination, and control under uncertainty.
Research Focus
Key Achievements
Top Papers
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