Tomotoshi Watanabe
Papers
1
Total Citations
2
H-Index
1
About
Tomotoshi Watanabe is a robotics researcher whose work focuses on the challenging domain of deformable object manipulation, particularly the knot theory-based planning for robotic string untying. His key contributions lie at the intersection of computational geometry and robotic manipulation, where he has developed novel algorithms to generate manipulator motion for untangling and untying strings—a task that remains notoriously difficult for robots due to the infinite degrees of freedom of deformable materials. His most-cited paper, "String Untying Planning Based on Knot Theory and Proposal of Algorithms to Generate the Motion of a Manipulator" (2018), introduces a formal framework that applies topological invariants from knot theory to plan robotic actions, enabling a manipulator to systematically untie complex knots. While his citation count is still growing, this foundational work represents a significant step toward making robots capable of handling everyday deformable objects like cloth and cables, with potential applications in household robotics, manufacturing, and surgical assistance. Watanabe’s research addresses a critical gap in robotics, moving beyond rigid-object manipulation to tackle the complexities of real-world, flexible materials.
Research Focus
Key Achievements
Top Papers
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