1 No Poverty
7 Affordable and Clean Energy
9 Industry, Innovation and Infrastructure
11 Sustainable Cities and Communities
13 Climate Action
Future Photonic Network Open Research Center
Massive-Wavelength Division Multiplex Photonic Network
Department
Photonic Network System, Wavelength Division
Keyword
Holow-Core Fiber, Wavelength Division, Photonic Network
Project
IoT is realized by 5G network technology. By using Cyber Physical System and Edge Computing, smart and safety society can be realized. This project is conducted by joint research with US, Japanese academia and industries. Especially, Autonomous Driving Vehicles controlled by edge computer creates advanced ITS system. In addition, smart grid and IoT data trading platform is our research target. Especially, from data access network, filter and pre-processing at edge computer and center cloud with AI functions are very important. And, data or contents trade market place is another new issue.
Profile
1981 Graduated from Department of instrumentation technology, Faculty of Engineering,
Keio University
1983 Received B.E. and M.E. degrees in engineering from Keio University
1983 Joined Nippon Telegraph and Telephone Corporation's (now NTT's) Communication
Switching Laboratories
1991 Received Ph. D. degrees in engineering from Keio University
1994 Distinguished research member of NTT Network service systems Laboratories
2004 Professor of Information and Computer Science at Keio University
2016 Keio Leading Edge Research Laboratory, Director
2024 Keio Frontier Research &Education Collaborative Square at Shin-Kawasaki
Specially Appointed Professor
2024 IEICE President
