Zhilin Yu
Papers
1
Total Citations
3
H-Index
1
About
Zhilin Yu is a rising researcher in the field of cyber-physical systems security and fuzzy control theory, with a focus on switched systems and event-triggered mechanisms. Their work addresses critical vulnerabilities in modern control systems, particularly against sophisticated cyberattacks like data integrity and derivative injection attacks. In their most cited paper (2023, 3 citations), Yu tackled the challenging problem of output regulation for interval type-2 switched fuzzy systems under severe instability—a scenario where individual subsystems cannot achieve regulation independently. By introducing a rolling detection event-triggered scheme, they developed a framework that ensures system stability and performance even when attacked, marking a significant contribution to resilient control design. This work bridges gaps between fuzzy logic, switched systems, and cybersecurity, offering practical solutions for safety-critical applications like autonomous vehicles and industrial automation. Though early in their career, Yu’s research demonstrates a strong potential to influence secure control system design, with implications for defending next-generation cyber-physical infrastructures against emerging threats.
Research Focus
Key Achievements
Top Papers
- 1