Papers
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Total Citations
3
H-Index
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About
Yadan Xu is a robotics engineer whose work focuses on precision agriculture, specifically the design of intelligent harvesting systems. Her primary research area is the development of end-effectors and robotic manipulators for automated vegetable picking, with a particular emphasis on broccoli harvesting. In her most cited work, "Design and experimental study of the end-effector for broccoli harvesting" (2024), Xu addresses the unique challenge of handling crops with large heads and thick stems. She engineered a novel spherical cutting tool that adapts to the physical characteristics of broccoli, enabling a robotic system to perform clean, efficient cuts without damaging the produce. This contribution is critical for reducing labor dependency in agriculture and improving harvest efficiency. While her citation count is currently modest—reflecting the recency of her work—her design methodology and experimental validation provide a foundational blueprint for future harvesting robots. Xu’s research bridges mechanical design with real-world agricultural constraints, positioning her as an emerging voice in the field of agri-robotics. Her work is particularly notable for its hands-on, experimental approach, offering practical solutions that move robotic harvesting from theory into field-ready application.
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