Yirong Li

Papers

Total Citations

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About

Yirong Li is an emerging robotics researcher whose work bridges precision agricultural automation and assistive rehabilitation engineering. Li's most recognized contribution lies in the development of hybrid visual servo control systems for robotic manipulators, particularly applied to agricultural harvesting tasks. Their 2023 paper on cherry tomato harvesting, which has garnered 19 citations, demonstrates a sophisticated eye-in-hand visual servo framework utilizing RGB-depth cameras to accurately detect and acquire fruit poses in three-dimensional space — a technically demanding challenge in unstructured greenhouse environments. This work builds upon earlier foundational research from 2022 exploring the same hybrid visual servo control methodology in broader agricultural contexts. Beyond agricultural robotics, Li has made meaningful contributions to assistive technologies, with their hip-knee exoskeleton research earning 10 citations for presenting an innovative control architecture supporting gait rehabilitation through a combination of active and passive joint mechanics. Collectively, Li's portfolio reflects a strong command of robot perception, motion control, and human-robot interaction, accumulating over 30 citations across a relatively compact body of work and establishing a promising trajectory in applied robotics research.