Mingxin Gu

Chongqing University, Chongqing University of Arts and Sciences

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About

Dr. Mingxin Gu is a researcher whose work bridges advanced materials and intelligent control systems, with a focus on flexible electronics and motor control technologies. In the field of wearable sensors, Dr. Gu developed a highly sensitive flexible strain sensor using a three-dimensional graphene composite enhanced by GSB (graphene-silver nanowire-bacterial cellulose), achieving remarkable sensitivity for detecting subtle human motions—a contribution that has garnered 9 citations since 2022. This work holds promise for applications in health monitoring and soft robotics. In parallel, Dr. Gu has made significant strides in industrial automation, notably through research on adaptive control of permanent magnet synchronous motors (PMSM) using fuzzy PID strategies. This 2019 study, with 8 citations, addresses the challenge of variable load conditions in industrial robots by proposing a control method grounded in extensive expert experience and practical experiments, enhancing motor stability and efficiency. By combining innovations in sensor materials with robust control algorithms, Dr. Gu’s work demonstrates a unique interdisciplinary approach, offering practical solutions for next-generation smart systems and automated manufacturing.