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About

Fumio Ozaki is a pioneering robotics researcher whose career spans decades of innovation across robot control, human-robot interaction, and intelligent autonomous systems. His foundational contributions to adaptive force control — particularly his model-based hybrid control algorithms for geometrically constrained robot arms — established provably stable frameworks for simultaneous position and force trajectory tracking, work that garnered nearly 110 citations across two landmark studies from the mid-1990s. Ozaki further distinguished himself through applied industrial robotics, developing force-controlled systems for grinding, chamfering, and polishing that introduced intuitive task-oriented programming languages for manufacturing environments. His research evolved toward socially intelligent robots, most notably the person-following robot ApriAttend and the robotic home appliance ApriAlpha, reflecting a sophisticated understanding of human-centered design. Perhaps his most playful yet technically demanding achievements are a ping-pong robot using a 7-DOF direct drive arm and a volleyball-playing robot capable of genuine human interaction — demonstrations of real-time perception and dynamic motion planning. Ozaki also contributed significantly to simulation infrastructure, with his co-authorship on V-REP, the versatile 3D robot simulator, accumulating over 200 citations and becoming an indispensable tool for robotics researchers worldwide.