Yingjie Xiong

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About

Dr. Yingjie Xiong is a leading researcher in advanced motor control systems, with a primary focus on permanent magnet synchronous motor (PMSM) technologies and sensor-less control methodologies. Their most cited work, "Sensor-Less Complex System Control of PMSM Based on Improved SMO" (2021), addresses the critical challenge of eliminating physical sensors in PMSM drives—a key step toward reducing system cost, size, and maintenance while improving reliability. By developing an improved sliding mode observer (SMO), Dr. Xiong has contributed to more accurate mathematical modeling and simulation of these complex systems, enabling high-efficiency, low-noise motor performance that is vital for applications ranging from electric vehicles to industrial automation. With 19 citations on this single paper, their research has already garnered attention from peers working on AC motor optimization and control. Dr. Xiong’s work stands out for its practical impact on simplifying sensor-less control architectures, making advanced PMSM drives more accessible and robust. Their contributions are particularly valuable for students and engineers seeking to understand the intersection of nonlinear control theory and real-world motor applications.