Shunke Lv

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About

Shunke Lv is an emerging researcher specializing in agricultural robotics and automation, with a particular focus on developing intelligent harvesting systems for high-value crops. His work sits at the intersection of mechanical engineering, computer vision, and precision agriculture, addressing one of the most pressing challenges in modern farming: reducing labor costs and improving harvesting efficiency. Lv's most notable contributions include the independent development of an *Agaricus bisporus* mushroom-picking robot, which introduced innovative path optimization strategies to streamline automated harvesting operations. Building on this foundation, he designed and experimentally validated a citrus harvesting robot featuring a multi-jointed mechanical arm mounted on a caterpillar mobile platform — a practical and robust solution for orchard environments. Complementing this hardware work, he also advanced fruit localization techniques using RGB-D binocular cameras, tackling the critical challenge of accurate fruit identification and spatial positioning that underpins any successful picking robot. With approximately 24 total citations across his key publications, Lv's research reflects a coherent and application-driven research agenda that responds directly to global trends in agricultural mechanization. His work offers meaningful progress toward scalable robotic solutions that could transform labor-intensive harvesting practices worldwide.