Akira Yamamoto
Papers
1
Total Citations
11
H-Index
1
About
Akira Yamamoto is a pioneering researcher in semiconductor-based tactile sensing, whose foundational work has shaped the development of advanced robotic tactile systems. His key research areas include pressure sensor arrays, tactile imaging, and the integration of semiconductor technologies for high-density sensor networks. Yamamoto’s major contribution is the fabrication of the semiconductor tactile imager, a device designed to equip robots with a high degree of functional sensitivity by enabling dense pressure sensor arrays. This innovation addressed the critical challenge of efficiently extracting information from numerous sensors while minimizing complex wiring. His seminal 1990 paper on this topic, though accumulating 11 citations, laid the groundwork for subsequent advancements in tactile feedback and human-robot interaction. Yamamoto’s work is notable for its forward-thinking approach, anticipating the need for sophisticated tactile sensing in robotics long before it became a mainstream focus. His achievements underscore the importance of miniaturization and signal processing in sensor technology, inspiring generations of researchers to explore tactile imaging for applications ranging from prosthetics to industrial automation.
Research Focus
Key Achievements
Top Papers
- 1Fabrication of semiconductor tactile imager11 citations · 1990