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.
Information and Communication
BOOTH 65 |
Information and Communication Society / Infrastructure Thermal Interface
for Transmission of Thermal Sensation   |
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| Associate Professor KATSURA, Seiichiro Department of System Design Engineering |
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“Thermo gloves” are a new interface that can transmit thermal sensation based on thermal-electrical transformation. It is possible to transmit bilaterally since the thermo gloves reproduce not only temperature but also heat inflow.
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BOOTH 66 |
Information and Communication Society / Infrastructure M method system
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| Professor MATSUOKA, Yoshiyuki Assistant Professor KATO, Takeo Department of Mechanical Engineering |
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The M method system, the new design thinking system, enables the users to conduct two types of thinking, previously very difficult to achieve simultaneously: “unrestricted thinking” and “rational thinking”. This system is based on the “Multispace Design Model” that can deal with various designing comprehensively. Its application is not limited to design; it has the potential to be used in many situations–management, planning, research and development, and even everyday life.
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BOOTH 68 |
Information and Communication Entertainment Understanding plausible tool use based on
human demonstration for intelligent robotic manipulation  |
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| Research Associate AKIZUKI, Shuichi Professor AOKI, Yoshimitsu Department of Electronics and Electrical Engineering |
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For achieving human-like tool use by the robotic arms, our system analyzes the human motion and 6DoF pose of tools. By accumulating tactile histories that occurred on the object surface, the tactile log is generated. The human-like robotic motion can be generated while considering the tactile log.
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BOOTH 69 |
Information and Communication Entertainment Action map generation by simultaneous recognition of people and objects
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| Professor AOKI, Yoshimitsu Research Associate AKIZUKI, Shuichi Department of Electronics and Electrical Engineering |
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We will demonstrate how to detect actions of people who handle everyday goods and generate an Action Map that accumulates the history of actions in the environment. By sharing the Action Map with the robot, it becomes possible for the robot to take actions appropriate to the situations on the spot.
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BOOTH 70 |
Information and Communication Entertainment Image sensing technologies for Sports
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| Professor AOKI, Yoshimitsu Department of Electronics and Electrical Engineering |
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We will introduce examples of research that utilizes image processing and deep learning and supports sports such as rugby, tennis, etc. by video analysis and coaching support.
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BOOTH 71 |
Information and Communication Entertainment Proposal of posture estimation target adaptation method
using only small learning samples  |
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| Professor AOKI, Yoshimitsu Department of Electronics and Electrical Engineering |
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With regard to human pose estimation using a large number of learning samples, it is becoming possible to estimate the pose of a person with high accuracy by using deep learning. In this research we propose a method to realize pose estimation even under conditions with very few estimation target data by utilizing data of different target.
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BOOTH 72 |
Information and Communication Entertainment Real time omnidirectional image generation
by style conversion using deep learning  |
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| Professor AOKI, Yoshimitsu Department of Electronics and Electrical Engineering |
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By using the deep learning style transformation technology, the omnidirectional camera image can be converted in real time. We also demonstrate how to visualize the omnidirectional image on the head mounted display.
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BOOTH 73 |
Information and Communication Society / Infrastructure Object region segmentation
by deep learning using image labels  |
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| Professor AOKI, Yoshimitsu Department of Electronics and Electrical Engineering |
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With semi supervised deep learning using only image labels, accurate object segmentation is realized. We will demonstrate object region segmentation using actual camera image.
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BOOTH 74 |
Information and Communication Society / Infrastructure On-line multiple object tracking
using re-identification of tracking trajectories  |
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| Professor AOKI, Yoshimitsu Department of Electronics and Electrical Engineering |
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We will display a system that detects and tracks multiple persons in real time, utilizing the research results of person re-identification by distance learning using convolution neural networks.
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BOOTH 75 |
Information and Communication Industry Quantum computing at IBM Q Network Hub
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| Associate Professor YAMAMOTO, Naoki Department of Applied Physics and Physico-informatics |
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Keio University Quantum Computing Center is the only organization in Asia to have access to IBM Q Network. We are working to develop quantum computing software with IBM Q Hub members.
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BOOTH 76 |
Information and Communication Other Areas Photonics polymers realiziing super-high-speed and super-high-definition devices
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| Professor KOIKE, Yasuhiro Department of Applied Physics and Physico-informatics |
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Japan has started the world’s first 4K/8K broadcast. We introduce the fastest plastic optical fiber in the world that enables a real-time transmission of the staggering amount of information. Our photonics polymers also bring innovation to the liquid crystal display structure which is getting bigger and more complicated.
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BOOTH 77 |
Information and Communication Environment Dynamic Configuration in
Energy Efficient Hybrid Data Center Network “HOLST”  |
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| Professor YAMANAKA, Naoaki Department of Information and Computer Science |
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Introduction of optical network is proposed for lowering the power consumption of data center network. In order to effectively use optical resource with low power consumption, we realize dynamically configuration based on the result of predicting flow sizes and classifying them using software defined network.
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BOOTH 78 |
Information and Communication Society / Infrastructure Data Center Infrastructure Using Communication Capacity Guaranteed Optical Network Based on Fault Prediction
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| Professor YAMANAKA, Naoaki Department of Information and Computer Science |
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Traffic load is rapidly increasing year by year and introduction of optical networks is being studied with the aim of saving power consumption in data center networks. Therefore, the impact caused by the failure will increase. In this research, we will realize a data center optical network which guarantees the communication capacity based on failure prediction.
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BOOTH 79 |
Information and Communication Society / Infrastructure Network-assisted autonomous driving platform
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| Professor YAMANAKA, Naoaki Department of Information and Computer Science |
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There are many researches for practical realization due to the development of autonomous driving technology. In our proposed autonomous driving platform, by executing part of the autonomous driving function on the network, it enables efficient information processing and provides more advanced autonomous driving control.
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BOOTH 80 |
Information and Communication Society / Infrastructure Network resource pooling technology
with Reconfigurable Communication Processor  |
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| Professor YAMANAKA, Naoaki Department of Information and Computer Science |
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As a reconfigurable resource on the network, by using Reconfigurable Communication Processor (RCP) composed of hardware resources such as FPGA/LSI/CPU, we provide services to user’s requests. In this work, by connecting RCPs to each other with photonic network to make it as resource pool, we realize a flexible, scalable and high-speed network.
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BOOTH 81 |
Information and Communication Industry Polymer Optical Waveguide Devices
Enabling High-Performance Computing  |
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| Associate Professor ISHIGURE, Takaaki Department of Applied Physics and Physico-informatics |
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For realizing Exa-Flops scale high-performance computers, “On-board optical interconnect technologies” toward the inter-chip optical wiring have drawn much attentions. In our research, polymer optical waveguide devices are designed and then, fabricated for enabling high-bandwidth-density optical wiring, and their capabilities in Exa-Flops scale computing are demonstrated.
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BOOTH 82 |
Information and Communication Other Areas Smart Community Implementation
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| Professor NISHI, Hiroaki Department of System Design Engineering |
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Research activity and local implementation of smart community are introduced by illustrating the Smart Town project cooperated with a local government. In this project, common data platform for handling local information was designed. It provides safe and flexible local community services by integrating and managing data sharing, data publishing, and data anonymization.
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BOOTH 83 |
Information and Communication Other Areas Exploration of New Mathematical Methods in Artificial Intelligence and Machine Learning
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| Professor BANNAI, Kenichi Department of Mathematics |
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There has been great advancement in the field of artificial intelligence and machine learning each time new theory such as statistics and optimization was introduced. The purpose of this research, which includes joint research with RIKEN AIP and Fujitsu is an attempt to introduce new pure mathematical methods to the field of Machine Learning.
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BOOTH 84 |
Information and Communication Industry Reading in Mind
- Quantifying Taste, ‘feelings’ in mind  |
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| Professor MITSUKURA, Yasue Department of System Design Engineering |
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In this research, we introduce a method of quantifying preference using EEG, a thought thought in mind, and a method to quantify feelings that were not quantified.
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BOOTH 85 |
Information and Communication Other Areas Borderless utilization of data
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| Assistant Professor KANEKO, Kunitake Department of Information and Computer Science |
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Digital data continues to increase. Although digital information is easy to distribute, secondary use is not proceeding. We will introduce the content network and its supporting technologies to promote utilization beyond existing borders such as industries and applications.
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BOOTH 86 |
Information and Communication Society / Infrastructure RTA (Remote Table Access):
a Table-form Publication Architecture for Open Data  |
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| Associate Professor TOYAMA, Motomichi Department of Information and Computer Science |
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We propose a new architecture for open data distribution called RTA (Remote Table Access), which is based on table of SQL. In many cases, the open data by local governments are in CSV, which hampers continual integrated usage of open data. We would like to demonstrate higher usability of RTA at the booth.
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BOOTH 87 |
Information and Communication Society / Infrastructure Declarative Data Visualization by SuperSQL
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| Associate Professor TOYAMA, Motomichi Department of Information and Computer Science |
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We have applied the technology of SuperSQL to data visualization. SuperSQL is an extension of SQL added with data structuring and publication capabilities. The high-level structuring power of SuperSQL allows complex specification of 2D, 3D data visualization in a declarative manner. We will demonstrate the 3D visualization into Unity VR.
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BOOTH 88 |
Information and Communication Society / Infrastructure Interactive Intelligent Systems
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| Professor IMAI, Michita Department of Information and Computer Science |
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We are studying interactive intelligence to realize a fluent interaction between humans and machines. We design systems that plans actions interactively by incorporating the cognitive traits and machine learning. Today, we are presenting interactive robots and systems and explain our thoughts behind them.
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BOOTH 89 |
Information and Communication Society / Infrastructure IoT system with self-reliant wind power supply
and Wi-Fi multi-hop communication that enables transmission of still images  |
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| Professor TERAOKA, Fumio Department of Information and Computer Science |
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Existing IoT systems collects only sensor data (a few bytes) using low power wide area communication technology (coverage: a few km, speed: a few tens kbps). This research aims at developing an IoT system that enables to collect image data (a few Mbytes) using self-reliant wind power supply and Wi-Fi multi-hop communication technology in a wide field.
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BOOTH 90 |
Information and Communication Society / Infrastructure LiON: Automatic Construction Mechanism for Experimental Virtual Network Considering Network Topology
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| Professor TERAOKA, Fumio Department of Information and Computer Science |
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In the existing tools for experimental network construction, there was only a way of describing settings deviating from user requirements. LiON realizes Infrastructure as Code (IaC) which enables users to describe the infrastructure environment in a way that users can easily understand, and can intuitively construct experiment networks intuitively from the network topology using JSON file.
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BOOTH 91 |
Information and Communication Society / Infrastructure Reduction of Load by Edge Computing and
Privacy Preserving Data Collection for Vehicles  |
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| Professor SHIGENO, Hiroshi Department of Information and Computer Science |
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We are conducting research to realize dynamic adaptive computing by edge computing. In addition, we are applying edge computing to vehicles, and we are conducting research on collection methods considering privacy through anonymization of traveling information and vehicle type information.
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BOOTH 92 |
Information and Communication Medical / Welfare Interactive Systems
that Induce Helth Enhancement Actions  |
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| Assistant Professor SUGIURA, Yuta Department of Information and Computer Science |
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We introduce interactive systems that induce health enhancement actions. Our final goal is an extension of “healthy life expectancy”.
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BOOTH 93 |
Information and Communication Medical / Welfare Computational Ophthalmology
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| Professor FUJISHIRO, Issei Department of Information and Computer Science |
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A collaborative research project, called Computational Ophthalmology, with University of Yamanashi attempts to take full advantage of augmented reality technologies to adaptively assist the patients with visual impairments, including achromatopsia, visual field disturbance, metamorphopsia, and binocular diplopia. In this booth, we present our basic approaches to ameliorating these kinds of visual impairments and their latest results.
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BOOTH 94 |
Information and Communication Society / Infrastructure Analysis on Bitcoin Transaction
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| Research Associate TOYODA, Kentaro Professor OTSUKI, Tomoaki Department of Information and Computer Science |
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Bitcoin is used for many things: Gambling, donation, marketplace, and even investment scam. We show our latest result by analyzing the transaction data in the Bitcoin blockchain and data obtained from the Internet.
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