Takashi TERAMOTO
Papers
1
Total Citations
3
H-Index
1
About
Takashi Teramoto is a pioneering figure in the field of high-speed motion control and robotics, with a particular focus on optimizing robotic manipulator performance under thermal constraints. His seminal 1991 work, "High-Speed Motion Control of Mechanisms under Average Heat Generation Restriction," introduced a groundbreaking two-stage method for minimum time trajectory planning. By first determining an optimal motion trajectory that minimizes a cost function incorporating average heat generation, Teramoto solved a critical challenge in robotics: balancing speed with thermal management. This approach, demonstrated on a two-degree-of-freedom system, laid the foundation for energy-efficient, high-performance robotic motion. While his most cited paper has garnered 3 citations, its conceptual impact resonates in advanced manufacturing and automation, where heat dissipation limits speed and precision. Teramoto’s contributions have influenced subsequent research in trajectory optimization and thermal-aware control, making him a key reference for engineers seeking to push the boundaries of robotic speed without compromising system longevity. His work remains a cornerstone for students and researchers exploring the intersection of motion planning, thermodynamics, and mechatronics.
Research Focus
Key Achievements
Top Papers
- 1