Millimeter-Wave-Band Radio / Photonic Information Technology / Fiber Systems / /
Country
Germany / /
Facility
National Institute of Information / The University of California / /
IndustryTerm
nanoscale fabrication technology / generation technology / optical modulator device / square copper chip / wireless network / communication systems / backbone optical communication systems / downlink technologies / communication technologies / important elementary technologies / optical systems / optical digital communications / optical processing system / signal processing / signal processing technologies / electro-optic modulation technologies / optical communication networks / optical communication systems / optical-fiberbased wireless uplink systems / wireless uplink / wavelength control technologies / us with powerful tools / exotic technologies / energy conversion / uplink technologies / optical modulator devices / optical frequency comb generation technology / millimeter-wave generation technologies / wireless signal-detection device / Wireless Component Lett / electronics / modulation technology / signal-processing systems / optical wavelength-division-multiplexed transmission systems / hybrid optical/wireless system / optical modulation technology / communication network technology / /
MusicGroup
Wave / /
Organization
Expert Researcher / Photonic Information Technology Group / Basic and Advanced Research Department / National Institute of Information and Communications Technology Vol.53 No.3 / University of California at San Diego / Advanced Research Department / New Generation Network Research Center / /
Person
Tetsuya / Paul Kit Lai Yu / Takahdie / Masayuki Recent / Satoshi / /
Position
Distinguished Researcher / Group Leader / Advanced Communications Technology Group / Researcher / Researcher / Advanced Communications Technology Group / Researcher / Photonic Network Group / Group Leader / Research Manager / IEICE General / /
2-3 Novel Photonic Devices Based on Electro-optic Modulation Technologies SAKAMOTO Takahide, SHINADA Satoshi, KAWANISHI Tetsuya, TSUCHIYA Masahiro, Paul Kit Lai Yu, and IZUTSU Masayuki Recent progresses in optical modula