Guopeng Zhou

Hubei University of Science and Technology, Wuhan Textile University

Papers

Total Citations

H-Index

About

Guopeng Zhou is a researcher whose work bridges advanced control theory and secure information systems, with a focus on robotics and cooperative technologies. His most cited paper, “Event-Triggered Fixed-Time Practical Tracking Control for Flexible-Joint Robot” (2022, 63 citations), addresses a critical challenge in robotics: achieving precise, stable control for flexible-joint systems under uncertain nonlinearities. Zhou innovatively integrates fuzzy logic systems to model unknown dynamics and second-order command filters to prevent the “explosion of complexity” in backstepping control, while employing event-triggered mechanisms to reduce communication load—a practical solution for real-time robotic applications. This work has influenced adaptive control design, earning recognition for its fixed-time convergence guarantees. Additionally, Zhou explores cybersecurity in cooperative systems through “Securing core information sharing and exchange by blockchain for cooperative system” (2020), proposing blockchain-based frameworks to protect data integrity against adversarial attacks in AI-driven networks. Though less cited, this contribution highlights his versatility in addressing both physical and digital security challenges. With a growing citation footprint, Zhou’s research offers impactful tools for students and engineers working on intelligent robotics, nonlinear control, and secure multi-agent systems.