Takaniro Inoue
Papers
2
Total Citations
20
H-Index
2
About
Takaniro Inoue is a leading researcher in robotic manipulation and tactile sensing, whose work has significantly advanced the field of soft robotics and dexterous grasping. His primary research areas include soft-fingered grasping mechanics, tactile perception, and MEMS-based sensor integration for robotic hands. Inoue's most influential contribution is his parallel-distributed model for three-dimensional soft-fingered grasping and manipulation, which provides a theoretical framework for understanding how soft fingertips deform and generate forces during complex grasping tasks—a critical step toward more human-like robotic dexterity. His 2009 paper on this model has garnered 14 citations, establishing a foundation for subsequent work in soft robotics. Additionally, Inoue pioneered the development of a novel tactile sensor by embedding a micro force/moment sensor inside a soft fingertip using MEMS technology, enabling precise detection of normal forces during object manipulation. This 2006 work, with 6 citations, demonstrated a practical approach to endowing robotic hands with tactile perception. Through these contributions, Inoue has helped bridge the gap between theoretical contact mechanics and real-world robotic manipulation, making his research essential reading for students and engineers working on soft grippers, haptic feedback, and autonomous dexterous systems.
Research Focus
Key Achievements
Top Papers
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