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About

K. Koganemaru is a pioneering researcher in the field of agricultural and forestry robotics, with a primary focus on the development of autonomous pruning and climbing systems for sustainable forest management. Their major contribution lies in the design and experimental validation of a novel, timberjack-inspired pruning robot that mimics the climbing technique of Japanese timberjacks. This robot features a unique design that locates the center of mass outside the tree, enabling stable ascent and precise pruning operations. Koganemaru’s work, spanning from 2009 to 2011, includes key studies such as "Development and experimental study of a novel pruning robot" (13 citations) and "Development of a timberjack-like pruning robot: Climbing experiment and fuzzy velocity control" (10 citations), which collectively demonstrate the robot’s climbing capabilities and control systems. By integrating fuzzy logic for velocity control and leveraging the robot’s own weight for stability, Koganemaru has advanced the practicality of automated tree maintenance, contributing to safer and more efficient forestry practices. Their research remains a foundational reference for scholars exploring bio-inspired robotics and precision agriculture.