N. Asamura

Bunkyo University, The University of Tokyo

Papers

Total Citations

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About

N. Asamura is a pioneering researcher in the field of two-dimensional communication technology, a domain that redefines how signals propagate across surfaces. His key research areas include robotics, flexible electronics, and electromagnetic field engineering. Asamura’s major contribution lies in conceptualizing and developing two-dimensional signal transmission, which allows electromagnetic signals to travel freely across flexible, planar surfaces—an innovation that effectively eliminates the wiring constraints inherent in traditional one-dimensional (wires) and three-dimensional (wireless) communication systems. His 2004 paper, "Two-dimensional signal transmission technology for robotics," with 17 citations, laid the groundwork by proposing a medium where signals spread across a two-dimensional sheet, solving critical wiring issues in robotic systems. This work was further advanced in his 2005 paper, "Two-dimensional communication technology inspired by robot skin," which garnered 9 citations and introduced a flexible, skin-like communication device. Asamura’s research is particularly notable for its direct inspiration from biological systems, such as robot skin, and its potential to revolutionize applications in robotics, wearable technology, and smart surfaces. His work has been instrumental in addressing practical challenges in signal distribution, offering a novel paradigm for seamless, spatially unconstrained communication.