Hiro Tanimoto
Papers
3
Total Citations
10
H-Index
3
About
Hiro Tanimoto is a robotics researcher specializing in force/position hybrid control methods for industrial manipulation, with a particular focus on continuous shape-grinding applications. His work addresses the critical challenge of enabling robotic manipulators to perform precise, constrained tasks that require simultaneous control of both force and position—a fundamental problem in automated manufacturing and material processing. Tanimoto’s major contributions include the development of constraint-combined force/position hybrid control methods, which model the interaction between a manipulator’s hand and a working object to express constraint forces as algebraic functions of states, input forces, and constraint conditions. He also advanced model-independent approaches using on-line spline approximation, allowing robots to adapt to varying workpiece geometries without requiring exact system models. While his most-cited papers (2012–2014) have accumulated modest citation counts (3–4 each), they represent foundational work in continuous grinding automation, a niche but industrially significant area. Tanimoto’s research bridges theoretical constrained dynamics and practical robotic machining, offering solutions for tasks requiring high precision and adaptability. His work remains relevant for researchers exploring hybrid control strategies in manufacturing robotics.
Research Focus
Key Achievements
Top Papers
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