Qihong Zhou

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About

Qihong Zhou is a pioneering researcher at the intersection of intelligent manufacturing and advanced materials, with key contributions spanning computer vision for industrial automation and self-powered wearable electronics. In the domain of smart textile production, Zhou developed an efficient real-time instance segmentation system for garment inspection in robotic tie-dye processes, leveraging the YOLOv11 network to achieve unprecedented accuracy and speed in industrial quality control. This work, published in 2025, has already garnered 4 citations for its practical impact on intelligent manufacturing. Zhou’s equally groundbreaking research addresses the critical challenge of powering wearable electronics without external sources. By innovatively integrating magnetic lens technology into conventional electrospinning systems, Zhou engineered PVDF-TrFE nanofibers that dramatically enhance the performance of self-powered flexible piezoelectric sensors. This breakthrough, with 1 citation to date, offers a cost-effective pathway to high-performance energy harvesting for next-generation wearables. Zhou’s dual expertise in AI-driven automation and nanomaterial engineering positions them as a transformative figure, bridging the gap between computational efficiency and material innovation to solve real-world industrial and technological challenges.