Hiroshi Tachiya
Papers
3
Total Citations
21
H-Index
2
About
Hiroshi Tachiya is a robotics researcher whose work spans mechanism design, dynamic analysis, and motion control. His research focuses on the synthesis and evaluation of robotic mechanisms, particularly pantograph and open-loop systems, aiming to improve their kinematic and dynamic performance. Tachiya’s major contributions include developing characteristic charts for rational synthesis of pantograph mechanisms, which enable efficient design of robot arms and legs with two degrees of freedom by analyzing working spaces, static forces, and bending moments. He also advanced dynamic evaluation methods for robotic open-loop mechanisms, using dynamic characteristic charts to assess torque variations across the working space. His most cited paper, “Suppressing residual vibration caused in objects carried by robots using a heuristic algorithm” (2022, 11 citations), addresses practical challenges in robotic manipulation by mitigating vibrations in transported objects. With a career spanning from foundational mechanism analysis in the early 1990s to contemporary control algorithms, Tachiya’s work has influenced both theoretical design methodologies and practical robotic applications, offering tools for engineers to optimize robot performance in industrial and service settings.
Research Focus
Key Achievements
Top Papers
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