Max Robotics — Global Service Robot Directory + US Certification

About

T. Mizuta is a robotics researcher whose work centers on two interconnected domains: autonomous mobile robot navigation and robotic manipulation in domestic and office environments. Operating primarily in the early 2000s, Mizuta made meaningful contributions to the challenge of smooth path planning for car-like robots, developing methods that satisfy critical constraints including maximum curvature, maximum curvature derivative, and curvature continuity — properties essential for realistic, human-friendly robot motion. Drawing on visibility graph-inspired techniques, this work earned 32 citations and remains a notable reference in motion planning literature. Alongside this, Mizuta advanced robotic object handling through an innovative mark-based system, in which fiducial markers encoding both spatial pose and QR-stored object information enable fixed manipulators to identify, locate, and interact with diverse objects — a contribution that also attracted 31 citations, reflecting strong community interest. Subsequent papers extended these ideas to multiple heterogeneous objects, demonstrating a commitment to scalable, practical robotic solutions. Collectively, Mizuta's research addresses the fundamental challenge of making robots more capable and intuitive in real-world environments, bridging theoretical path planning with applied manipulation systems.