Staff Introduction
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高田 英明 Hideaki TAKADA
- Emailhideakinagasaki-u.ac.jp- Position / Degree Vice President, CDO
Professor, School of Information and Data Sciences
Professor, Graduate School of Integrated Science and Technology
Doctor of Science- Specialized Field 3D Display, Visual Perception, Optical Devices, Tele-Communication, Audio-Visual Media
CV
| Mar.1995 | Bachelor of Engineering, Tokai University |
| Mar.1997 | Master of Engineering, The University of Electro-Communications |
| Apr.1997 | Researcher, NTT Integrated Information & Energy Systems Laboratories |
| Apr.2005 | Research Engineer, NTT Cyber Space Laboratories |
| Aug.2007 | Doctor of Science, Waseda University |
| Nov.2007 | Visiting Researcher, Global Information and Telecommunication Institute, Waseda University |
| Apr.2008 | Senior Research Engineer, NTT Cyber Space Laboratories |
| Apr.2010 | Manager, HR Division, OSS Center, NTT R&D Planning Department |
| Oct.2014 | Senior Research Engineer, Supervisor, NTT Media Intelligence Laboratories |
| Mar.2018 | Senior Research Engineer, Supervisor/ Project Leader of University Corporate Relations, NTT Service Evolution Laboratories |
| Apr.2020 | Professor, School of Information and Data Sciences, Nagasaki University (- present) |
| Apr.2022 | Visiting Professor, Center for Optical Research and Education, Utsunomiya University (- present) |
| Sep.2022 | Professor, Graduate school of engineering, Nagasaki University (- present) |
| Nov.2022 | Aides to the President, CDO, Nagasaki University (- present) |
- Director, The Institute of Image Electronics Engineers of Japan (IIEEJ)
- Chair, Technical Group on Multi-view Imaging Technology, IIEEJ
- Chair, Optical User Interface & Internet of Things Committee, Optoelectronics Industry and Technology Development Association (OITDA)
- Secretary, Technical Group on 3D Media Technology, The Institute of Image Information and Television Engineers (ITE)
Research Activities
Human-Friendly Tele-Communication with Audio-Visual Devices
Audio-visual information is the most important interface in human communication. Using 3D audio-visual technology and HCI(Human-Computer Interaction) technology, our research project will realize the ultimate communication system that goes beyond reality and naturally connects people by the expressing intention, mind and sympathetic response. In particular, we will research next-generation communication methods intervening the communication system that are widely effective in both face-to-face and on-line communication, such as being able to speak naturally while feeling the atmosphere and being aware of the comprehension.
Autostereoscopic 3D Display Devices using Visual Perception
As one of the ultimate video displays in the future, autostereoscopic 3D display capable of natural stereoscopic vision including motion parallax without the 3D glasses is expected. In particular, the display technologies that can realistically reproduce 3D images in front of your eyes are expected to be used in a wide area of applications, such as video-communication, cooperative work, e-sports and live entertainment, and they will be widely promoted from basic research to product development.
Educational Activities
Class
全学教養教育：Introduction to Information Literacy, Applied Information Processing
School of Information and Data Sciences：HCI, First-year Seminar, Internship and Project Research, Research Project
Graduate School of Integrated Science and Technology：High-reality display media, Visual Information Processing, Internship