Tomonari Masuzaki

Papers

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About

Tomonari Masuzaki is a researcher in robotics and computer vision, with a focus on autonomous navigation and environmental perception. His work centers on developing novel methods for robots to interpret and interact with their surroundings using projected light and geometric modeling. His most cited paper, "Floor-wall boundary estimation by ellipse fitting" (2015, 5 citations), introduces an innovative technique for detecting the boundary between a floor and a wall by analyzing an ellipse projected from a robot-mounted projector. This approach leverages the geometric properties of a circular cone of light to estimate spatial transitions, enabling more robust navigation in indoor environments. Masuzaki’s contributions are particularly valuable for advancing low-cost, vision-based sensing in robotics, offering a practical alternative to expensive depth sensors. His work has been recognized for its creativity in combining projective geometry with real-time robot perception, laying groundwork for future studies in autonomous systems and human-robot interaction.