Junseong Kim

Papers

Total Citations

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About

Junseong Kim’s research lies at the intersection of precision agriculture and robotics, with a focused commitment to automating labor-intensive tasks in crop production. His most cited work, "A Study on Modular Agricultural Robotic Platform for Upland" (2020, 8 citations), introduces a versatile, modular robotic system designed for upland farming, emphasizing adaptability across different crops and field conditions. This platform addresses the critical need for scalable automation in non-paddy agriculture. Earlier, Kim made foundational contributions to weed control in rice paddies. His 2013 paper, "A potential weed control using robotic implements" (4 citations), details the development of an initial prototype battery-powered weeding robot capable of navigating between machine-transplanted rows. By engineering a robot that could precisely maneuver among evenly spaced hills, Kim demonstrated a practical, non-chemical method for managing weeds in flooded fields. His work directly tackles the dual challenges of labor shortages and sustainable farming, offering a blueprint for autonomous weeding that reduces herbicide reliance. Though his citation counts are modest, Kim’s research is notable for its hands-on prototyping and field validation, bridging the gap between theoretical robotics and real-world agricultural needs. His contributions are particularly valuable for researchers exploring modular, low-cost automation in smallholder farming systems.