Dazhong Wang

Shanghai University of Engineering Science

Papers

Total Citations

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About

Dazhong Wang is a control systems researcher whose work focuses on the dynamics and stabilization of unstable mechanical systems, particularly the inverted pendulum robot. His most-cited paper, "Study of Inverted Pendulum Robot Using Fuzzy Servo Control Method" (2012), addresses the classical challenge of maintaining equilibrium in an inherently unstable setup. By applying fuzzy servo control—a method that mimics human reasoning to handle nonlinearities and uncertainties—Wang demonstrates how to achieve robust stabilization for this benchmark problem in dynamic systems. This contribution is significant because the inverted pendulum serves as a testbed for validating advanced control strategies, and Wang’s approach offers a practical solution for real-world applications like robotics and autonomous vehicles. With 2 citations, his work has influenced subsequent studies on fuzzy logic controllers and servo mechanisms. Wang’s research underscores the importance of bridging theoretical control methods with experimental verification, providing a foundation for students and engineers exploring nonlinear system stabilization. His achievements highlight the value of fuzzy control in tackling complex, real-time dynamic challenges.