Jun Fujimori

Papers

Total Citations

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About

Jun Fujimori is a robotics researcher whose work bridges the practical challenges of industrial automation and human-robot interaction. His key research areas include teleoperation systems, robotic manipulation, and efficient bulk picking for logistics and manufacturing. Fujimori’s most cited work, "Teleoperation master arm system with gripping operation devices" (2001, 7 citations), established foundational methods for intuitive remote control of robotic arms, enabling precise gripping and manipulation in hazardous or inaccessible environments. More recently, his 2022 paper "Proposal for Multi-work Picking System Aimed at Shortening the Cycle Time of Bulk Picking Task" (3 citations) tackles a critical bottleneck in warehouse automation: reducing cycle times during bulk picking. He proposes a system where robot hands can handle multiple workpieces simultaneously, combined with collision-avoidance path planning that accounts for the robot, its grippers, previously picked items, and the surrounding environment. This work addresses real-world constraints in high-speed sorting and order fulfillment. While his citation counts reflect a focused, application-driven career, Fujimori’s contributions are notable for their direct impact on improving robotic efficiency and safety in industrial settings, offering practical solutions for the next generation of automated warehouses and teleoperated systems.