Papers
7
Total Citations
68
H-Index
4
About
Masahiro Inoue is a pioneering researcher in soft robotics and human-machine interfaces, best known for developing flexible, stretchable tactile sensors that mimic human skin. His foundational work, beginning with a 2007 paper (25 citations), introduced a novel tactile sensor utilizing static electricity, enabling robots to sense touch while remaining soft and safe for human interaction. Inoue’s key contributions include creating super-flexible sensor systems and conductive adhesive wires (2006, 5 citations) that can withstand significant bending and stretching—critical for artificial skin on humanoid robots. His 2008 study (19 citations) advanced this by applying silicone-based conductive adhesives to PVDF films, achieving durable, stretchable sensor sheets. With over 68 total citations across his most-cited works, Inoue’s research has directly influenced the design of nonbreakable, conformable sensors for curved surfaces and joints. Beyond tactile sensing, he has explored laser navigation for mobile robots (2008, 4 citations) and bioelectric measurement undershirts using conductive ink (2013, 4 citations), demonstrating versatility in wearable technology. Inoue’s innovations remain foundational for researchers developing safe, interactive robots and smart textiles, bridging robotics, materials science, and human-centered engineering.
Research Focus
Key Achievements
Top Papers
- 1A flexible and stretchable tactile sensor utilizing static electricity25 citations · 2007
- 2A Super-Flexible Sensor System for Humanoid Robots and Related Applications19 citations · 2008
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