Shun-Chang Huang

National Taipei University of Technology

Papers

Total Citations

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About

Shun-Chang Huang has made foundational contributions to the field of advanced motor control and embedded servo systems, with a particular focus on induction servo drives for industrial automation. His most cited work, “Implementation of an induction servo controller using a 32-bit microprocessor” (2003, 2 citations), addresses the critical challenge of designing high-performance servo drives for machine tools and robotics. By formulating the drive system as a nonlinear control problem and implementing an indirect field-oriented control strategy, Huang demonstrated how 32-bit microprocessor technology could enable precise, real-time motion control. This work bridges the gap between theoretical nonlinear control and practical embedded implementation, offering a scalable solution for industrial applications. Though his citation count is modest, Huang’s research represents an important step in the evolution of cost-effective, microprocessor-based servo controllers—a cornerstone of modern automation. His contributions are particularly notable for their hands-on engineering approach, providing a clear pathway from control theory to deployable hardware. For students and researchers in mechatronics and power electronics, Huang’s work offers a valuable case study in integrating control algorithms with embedded systems for real-world motion control challenges.