Special symbols
Technology involving patent rights held by Keio University. For further information, please inquire at the KLL Desk.
Research Project at Keio Innovation Foundry (KIF) as one of Keio University Faculty of Science and Technology 75th Anniversary Commemorative Project.
Creativity Initiative Zone
Creativity Initiative Research
- Global Smart Society Creation Project -
- Global Smart Society Creation Project -
Keio University has been selected by the Ministry of Education, Culture, Sports, Science and Technology (MEXT) for the 2014 Top Global University Project as one of Japan’s top universities providing a world-class level of research and education (Type A). Under this project, Keio will contribute to the world by taking advantage of its own strength at 3 cluster areas; “Longevity”, “Security” and “Creativity”. We here present Global Smart Society Creation Project under Creativity Initiative.
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Society & Environment Information and Communication A research on spontaneous human activities
within urban public properties  |
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| Professor RADOVIĆ, Darko Associate Professor MITSUKURA, Yasue Department of System Design Engineering |
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co+labo radovic came back to Kuhonbutsugawa Street in Jiyugaoka, to present the mock-up of the new urban research pavilion “Urban Cupboard” which will be used for data collection and communication with the residents and visitors of the much-loved Green Promenade and the adjoining places.
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78 |
Society & Environment Smart Wellness Housing and City Assessment System
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| Professor IKAGA, Toshiharu Professor YAMANAKA, Naoaki Department of System Design Engineering |
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Ikaga laboratory displays the latest research on sustainable engineering of building and cities, such as low carbon, health, workplace productivity and resiliency in order to obtain scientific evidences interdisciplinary and internationally using field survey, subjective experiment and computer simulation.
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Other Fields Future of building enabled by ICT robotics
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| Professor MITA, Akira Department of System Design Engineering |
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A future of buildings enabled by ICT robotics will be demonstrated.
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80 |
Electronics Information and Communication Cyber-Physical ICT:
Fusion of Communications and Control Technologies  |
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| Assistant Professor KUBO, Ryogo Department of Electronics and Electrical Engineering |
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In the IoT (Internet of Things) and M2M (Machine-to-Machine) networks, low-latency communication, security, and high-precision control techniques are required. We present the concept of cyber-physical ICT (Information and Communication Technology) supporting the next-generation IoT/M2M services from the viewpoint of communications and control engineering.
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Information and Communication Society & Environment Smart Community Infrastructure
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| Professor NISHI, Hiroaki Department of System Design Engineering |
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Novel infrastructure for smart community is proposed, and the infrastructure enables to implement and provide various smart community services effectively. The infrastructure can provide timing critical and privacy critical services by integrating a communication network inherited from the Internet architecture and flexible data processing using cloud / fog / local environments.
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82 |
Information and Communication Smart Community Implementation
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| Professor NISHI, Hiroaki Department of System Design Engineering |
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Actual local implementation of smart community is introduced by illustrating the Smart Town project cooperated with a local government. In this project, special common data platform integrate and manage various smart community data by providing fine-grain authentification method. By using the platform, secure and flexible local community services can be provided.
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83 |
Information and Communication Reliable Transactions of Real-Time Contents
in the IoT Era  |
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| Professor YAMANAKA, Naoaki Department of Information and Computer Science |
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The IoT (Internet of Things) is the network of “things” with capability to communicate with each other. In the IoT era, data collected by sensors or cameras placed everywhere will be traded among users. This research aims at developing reliable, real-time, and scalable IoT trade platform and methods.
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84 |
Information and Communication Social Things and Utilization of those Data
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| Professor YAMANAKA, Naoaki Department of Information and Computer Science Professor SUNAHARA, Hideki Graduate School of Media Design, Keio University |
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We introduced new concept called “Social Things” which support social activity of human as next step of IoT. In this booth, we show basic function of Social Things and utilization of data of Social Things.
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85 |
Information and Communication The new view of the world fused EEG and VR
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| Associate Professor MITSUKURA, Yasue Department of System Design Engineering |
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In this demonstration, you can see the new device with comfortable in VR system. You can see the real-time stress detection by the VR system. By using this device, you can do the experiment for detecting the human feeling using the EEG and see the human feeling an on-line manner in VR system.
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86 |
Society & Environment Electronics Systems and Control Theoretic Approach
to Super Smart City  |
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| Professor NAMERIKAWA, Toru Department of System Design Engineering |
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The systems and control theoretic approaches for the urban infrastructures and energy management systems building toward “super-smart city” will be presented.
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Other Fields Wave System
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| Associate Professor KATSURA, Seiichiro Department of System Design Engineering |
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We succeeded in realization of wave control of a mechanical system by a modeling methodology based on distributed parameter system. Using a delay element, it is possible to construct a stable system without complicated controllers.
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