Nippon Jitsugyo Publishing / Recent Photonic Network Technologies / Information / Kubota / Highly Efficient Optical Communication Technologies / Network / Ultrafast Photonic Network Group / All about / Acknowledgments We / /
Facility
National Institute of Information / University of Tokyo / /
IndustryTerm
optical data routers / high-efficient optical communications / private-sector technologies / signal processing applications / high-efficiency optical signal processing / basic technologies / resonance energy levels / optical signal processing / optical table lookup processing / conventional optical technologies / optical systems / energy use / signal processing / optical data router / optical technologies / resonance energy level / conventional optical communication technologies / optical technology / energy / underdeveloped technology / signal processing technology / conventional optical signal processing / energy dissipation / energy level Ωint / multi-level transmission technologies / resonance energy transfer / nanophotonics technology / light energy / metal nanostructures / optical signal processing technology / optical communications / ultra-highdensity optical signal processing / parallel processing system / computing / signal-processing technologies / decisive technology / energy transfer / high-density optical signal processing / multi-level transmission technology / wireless communication / digital signal processing / energy transition / /
NaturalFeature
Shannon / /
Organization
University of Tokyo / Japan Science and Technology Agency / Senior Researcher / Ultrafast Photonic Network Group / Information and Network Systems Department / National Institute of Information and Communications Technology Vol.53 No.2 / /
3-7 Highly Efficient Optical Communication Technologies 3-7 – Multi-level Optical Transmission and Ultra-high Density Optical Signal Processing – MIYAZAKI Tetsuya and NARUSE Makoto Highly efficient optical communicat