Kurena Motokura
Papers
1
Total Citations
46
H-Index
1
About
Dr. Kurena Motokura is a leading figure in agricultural robotics, specializing in the delicate automation of specialty crop harvesting. Her research masterfully bridges the gap between complex human dexterity and robotic manipulation, with a primary focus on developing intelligent systems for tasks that require nuanced, non-destructive force. Her most influential work, "Plucking Motions for Tea Harvesting Robots Using Probabilistic Movement Primitives" (2020, 46 citations), represents a landmark contribution to the field. In this study, Dr. Motokura engineered a robot capable of replicating the intricate human hand motion of pulling while rotating to pluck the petiole of a tea leaf—a process far more sophisticated than simple cutting. By employing Probabilistic Movement Primitives, she enabled the robot to learn and generalize these complex, force-sensitive trajectories, ensuring the harvest of high-quality leaves without damage. This achievement not only addresses a critical bottleneck in agricultural automation but also provides a foundational framework for handling other delicate crops. Dr. Motokura’s work is pivotal for students and researchers interested in the intersection of robotics, machine learning, and sustainable agriculture, demonstrating how advanced motion planning can solve real-world, high-precision tasks.
Research Focus
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Top Papers
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