Masahiro Isogai
Papers
9
Total Citations
45
H-Index
4
About
Masahiro Isogai’s research career bridges two distinct yet equally challenging domains: the active vibration control of flexible structures and the design of micro-robotic locomotion systems. His foundational work on linked flexible systems, beginning in the late 1980s, addressed a critical problem for large space structures—suppressing coupling vibrations between assembled flexible components. Isogai pioneered decentralized control strategies that decouple vibrational modes across multiple links, and later advanced this field by integrating neural networks to handle modeling errors, as seen in his most-cited paper (20 citations). He also contributed to fault detection in vibration control systems, identifying sensor and actuator failures to ensure robust performance. In parallel, Isogai explored the mechanics and control of electromagnet-driven micro-robots, developing novel turning and straight-running mechanisms that exploit differences in leg natural frequencies. His work on wireless remote control for these centimeter-scale robots (3 citations) demonstrates a practical, application-oriented approach. With a career spanning from space structures to microrobotics, Isogai’s contributions reflect a sustained commitment to solving real-world control problems across vastly different scales.
Research Focus
Key Achievements
Top Papers
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