Global Fujitsu Distinguished Engineer
The capacity of photonic networks has increased by several hundred-fold in the last 20 years. In this field, I have had the opportunity to be involved in the development and commercialization of a variety of new technologies, including designing optical methods for multiplexing systems, distributed amplification technology, modulation/demodulation technology, and digital signal processing technology. In the future, I would like to uncover as-yet undiscovered technologies by deepening my knowledge through capitalizing on my curiosity alongside my colleagues to realize networks that are both even larger and greener.
- Multiple articles, conference presentations, and patents (Google Scholar h-index: 37)
- Technical Program Committee Chair at OECC2022 international conference
- Chairperson of the Technical Committee on Optical Communication Systems; Institute of Electronics, Information and Communication Engineers (2021-2023)
- FY2020: Commendation for Science and Technology by the Minister of Education, Culture, Sports, Science and Technology: Prize for Science and Technology (Development Division)
- FY2020: National Commendation for Invention, Japan Patent Office Commissioner's Award
- 2000: Established (and commercialized) the world's first optical transmission system design technologies that use distributed Raman amplification.
- 2007: Established (and commercialized) the world's first optical transmission and reception technologies that use multi-level modulation.
- 2010: Led the development of (and commercialized) digital coherent optical transmission and signal processing algorithms.
- 2015: Developed (and commercialized) the world's first optical fiber nonlinear distortion compensation technology.
- 2018: Announced (currently developing) the world's first ultra-broad-spectrum wavelength multiplexing system that uses all-optical signal processing.