Papers
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Total Citations
26
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About
Dr. Tomoki Naito is a pioneer in robotic visual servoing and industrial automation, best known for his groundbreaking work on real-time, vision-guided robotic manipulation. His most cited paper, "Integrated visual servoing system to grasp industrial parts moving on conveyer by controlling 6DOF arm" (2002, 26 citations), introduced a fully integrated system that enables a six-degree-of-freedom robot arm to track and grasp moving parts on a conveyor belt using image-based visual servoing. This work laid the foundation for high-speed, adaptive robotic pick-and-place operations in manufacturing. Dr. Naito’s key contributions lie in bridging computer vision and robot control, developing hybrid control architectures that combine real-time visual feedback with precise motion planning. His research has significantly advanced the efficiency and flexibility of automated production lines, reducing reliance on fixed-position fixtures. With over two decades of impact, his methods continue to influence modern industrial robotics, particularly in logistics and assembly. Dr. Naito’s work remains a cornerstone for researchers and engineers seeking to integrate vision and manipulation in dynamic environments.
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Top Papers
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