Papers
3
Total Citations
28
H-Index
3
About
Xuejie Zou is a rising researcher at the intersection of smart agriculture and advanced materials, whose work addresses critical challenges in both wearable sensing and precision farming. Her research spans three key areas: flexible electronics for health monitoring, deep learning for agricultural robotics, and automated pollination systems. In her highly cited 2023 work on temperature sensors, Zou developed a frost- and dehydration-resistive ion-doped hydrogel-MXene composite, achieving exceptional sensitivity and stability for wearable health monitoring devices—a breakthrough that has garnered 20 citations. Her 2026 studies demonstrate significant impact in agricultural automation: the DDM-YOLO lightweight detection model enables accurate recognition of daylily flower buds in complex field environments, while her comprehensive review on robotic pollination for greenhouse pepper breeding synthesizes advances in perception, path planning, and motion control. Both agricultural papers have already accumulated 4 citations each, underscoring their relevance to the growing field of smart farming. Zou’s work exemplifies how materials science and artificial intelligence can converge to solve real-world problems, from human health monitoring to sustainable food production.
Research Focus
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Top Papers
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