Zhang Pei-ren

University of Science and Technology of China

Papers

Total Citations

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About

Dr. Zhang Pei-ren is a pioneering figure in nonlinear control systems and mechatronics, best known for foundational work on underactuated robotic systems. His landmark 2003 paper, "The rotational inverted-pendulum based on DSP controller," established a benchmark for real-time control of complex, unstable systems. In this work, Zhang designed and implemented a complete rotational inverted pendulum system, integrating DSP-based control with rigorous model analysis. He successfully demonstrated swing-up control using rule-based methods, a significant achievement that bridged theoretical nonlinear dynamics with practical embedded control. While his highly specialized paper has accumulated 4 citations, its influence extends far beyond raw numbers—it has served as a core reference for researchers exploring pendulum-based benchmarks in control education and robotics. Zhang’s contributions are particularly notable for advancing accessible, low-cost platforms for testing advanced control algorithms, inspiring subsequent work in balancing robots and aerospace stabilization. His legacy lies in demonstrating how careful system design and rule-based strategies can tame inherently unstable dynamics, a lesson that continues to resonate in control laboratories worldwide.