Special symbols
Technology involving patent rights held by Keio University. For further information, please inquire at the KLL Desk.
Information and Communication
BOOTH 29 |
Information and Communication Society / Infrastructure Smart Community Implementation
and Standardization   |
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| Professor NISHI, Hiroaki Department of System Design Engineering |
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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. Concerning standardization activities are also introduced.
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BOOTH 30 |
Information and Communication Industry Quantum computing at IBM Q Network Hub
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| Professor YAMAMOTO, Naoki Department of Applied Physics and Physico-informatics |
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Keio University Quantum Computing Center is the hub that can use “IBM Q” which is a real machine of the latest quantum computer through cloud. We are working to develop quantum computing software with IBM Q Hub members.
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BOOTH 31 |
Information and Communication Entertainment Automatic comic generation system
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| Professor HAGIWARA, Masafumi Department of Information and Computer Science |
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An automatic comic generation system is demonstrated. It generates a comic from texts and some images. Interactive operations are also employed to reflect user’s preference.
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BOOTH 32 |
Information and Communication Society / Infrastructure Research and Development on Photonic Networks
Using Broad Wavelength Range of T-band and O-band  |
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| Professor TSUDA, Hiroyuki Associate Professor KUBO, Ryogo Department of Electronics and Electrical Engineering |
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Arrayed-waveguide grating routers for newly developing waveband (T-band, 1000-1260 nm) are fabricated. It realizes low-cost, ultra large capacity transmission systems for data center networks.
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BOOTH 33 |
Information and Communication Society / Infrastructure A Method for Detecting Internet Traffic Anomaly
by Deep Learning  |
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| Professor TERAOKA, Fumio Department of Information and Computer Science |
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In the Internet, traffic dynamics change due to various factors such as device failure, attack activity, and social events. Therefore, for stable operation of the Internet, a general-purpose anomaly detection method is required for various factors. This research, we propose a general anomaly detection method for Internet traffic by deep learning.
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BOOTH 34 |
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 35 |
Information and Communication Society / Infrastructure AFC (Application Function Chaining):
Network Application Infrastructure for 5G/IoT  |
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| Professor TERAOKA, Fumio Department of Information and Computer Science |
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We propose an infrastructure which enables low-latency and big data processing applications by chaining multiple small functions (AF: Application Functions) distributed on edge servers and cloud servers in a 5G network.
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BOOTH 36 |
Information and Communication Industry Flow-in-Cloud (FiC), a multi FPGA system
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| Professor AMANO, Hideharu Department of Information and Computer Science |
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Field Programmable Gate Array (FPGA) is a device that can freely change the internal logic configuration and can perform specific operations faster than general purpose CPU. Flow-in-Cloud (FiC) is a system in which many FPGAs are connected by high-speed serial links. It aims to implement large-scale applications using abundant resources.
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BOOTH 37 |
Information and Communication Entertainment The world of networked digital-data
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| Associate Professor KANEKO, Kunitake Department of Information and Computer Science |
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Although digital data continues to increase, it is becoming difficult to use it seamlessly across applications. To solve this problem, we are working on a development of our general-purpose underlying data connectivity platform and its peripheral technologies.
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BOOTH 38 |
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 is an attempt to introduce new pure mathematical methods to the field of Machine Learning.
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BOOTH 39 |
Information and Communication Entertainment Content network based on hypergraphs
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| Professor BANNAI, Kenichi Department of Mathematics Associate Professor KANEKO, Kunitake Department of Information and Computer Science |
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This research for content networks focuses on hypergraphs that can represent multinomial relations (sets) rather than ordinary graph that represents binary relations. Using hypergraph representation and graph algorithm techniques, we aim to provide a chance to see various interesting contents.
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BOOTH 40 |
Information and Communication Entertainment Application of Facial Expression Recognition
Using Wearable Optical Sensors  |
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| Research Associate MASAI, Katsutoshi Associate Professor SUGIMOTO, Maki Department of Information and Computer Science |
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We introduce facial expression recognition technology using wearable optical sensors. The distance from the skin surface to the sensor is acquired as the reflection intensity by the photo reflective sensors. By that, it is possible to detect not only emotions but also various facial expressions and eye movements. We introduce an application example using this technology.
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BOOTH 41 |
Information and Communication Medical / Welfare Interactive Systems
That Induce Health Enhancement Actions  |
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| Assistant Professor SUGIURA, Yuta Department of Information and Computer Science |
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We introduced interactive systems that induce health enhancement actions. Our final goal is Extension of “healthy life expectancy”.
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BOOTH 42 |
Information and Communication Society / Infrastructure Data Collection and Location Privacy Preservation
for Vehicle Networks  |
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| Professor SHIGENO, Hiroshi Department of Information and Computer Science |
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We are conducting research to realize a dynamic and adaptive vehicle networks. As a part of this research, we are researching on data collection for vehicles applying a new network infrastructure and location privacy preservation with pseudonyms.
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BOOTH 43 |
Information and Communication Other Areas Autonomous AI co-existing with Human
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| Professor KURIHARA, Satoshi Department of Administration Engineering |
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Constructing autonomous AI co-existing with human is quit important issue for upcoming low birthrate and aging society in Japan. In addition to machine learning technology, autonomous interaction ability such as anticipating human behavior based on recognizing environment will become core technology. We will show and discuss about current study through demonstration using some robots.
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BOOTH 44 |
Information and Communication Society / Infrastructure Massively Parallel and Elastic Network Infrastructure
with Fault Torrance  |
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| Professor YAMANAKA, Naoaki Department of Information and Computer Science |
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As the traffic on the Internet keeps increasing, it is necessary to handle a massive volume of traffic. Therefore, we propose an architecture of network nodes which can flexibly accommodate diverse traffic. We also propose a routing method which has tolerance against failures of network devices.
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BOOTH 45 |
Information and Communication Society / Infrastructure Ambient Visualization
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| Professor FUJISHIRO, Issei Department of Information and Computer Science |
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This booth demonstrates the latest R&Ds of ambient visualization systems aiming at supporting our daily lives through the provision of adaptive content of information. Representative examples of these include rewind--visual exploration of Web video viewing history for self-reflection and hydro--an authoring tool for interactive hybrid-image advertisements on large display.
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BOOTH 46 |
Information and Communication Entertainment 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 human and machines. We design systems that plans actions interactively incorporating the cognitive traits of human. Today, we are presenting interactive robots and the machine learning adapting to people and explain our thoughts behind them.
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BOOTH 47 |
Information and Communication Society / Infrastructure Traffic Efficiency Improvement by Cooperative Control
using Network Assisted Autonomous Driving Platform  |
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| Professor YAMANAKA, Naoaki Department of Information and Computer Science |
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Currently, research and development of autonomous driving technology is actively conducted. In this research, some of the functions of autonomous driving are transferred to the network. It enables control that was considered difficult only by standalone autonomous vehicles and provides advanced automated driving technology that improves traffic efficiency by performing appropriate processing.
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BOOTH 48 |
Information and Communication Entertainment Real-time free viewpoint video distribution by
efficient feature points generation and multiple video synthesis servers  |
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| Professor YAMANAKA, Naoaki Department of Information and Computer Science |
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In recent years, free-viewpoint video has been put into practical use in sports watching. However, free-viewpoint video requires processing of images taken from multiple viewpoints, making real-time processing difficult. Therefore, we are trying to drastically reduce processing time by improving the generation efficiency of each frame.
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BOOTH 49 |
Information and Communication Society / Infrastructure Information resource binding with Web Index
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| Professor TOYAMA, Motomichi Department of Information and Computer Science |
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We introduce the software system to bind the words in screen of mobile phone or PC to information resource like related Web page in a single action.
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BOOTH 50 |
Information and Communication Industry Polymer Optical Waveguide Devices for
Exa-scale Computing   |
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| 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 51 |
Information and Communication Industry Super high speed QR code recognition by event camera
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| Professor AOKI, Yoshimitsu Department of Electronics and Electrical Engineering |
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We constructed a QR code recognition system using an event camera that records only changes in brightness as events at high speed. Real-time demo introduces recognition performance.
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BOOTH 52 |
Information and Communication Entertainment Complement of 360 degree image by GAN
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| Professor AOKI, Yoshimitsu Department of Electronics and Electrical Engineering |
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We introduce a new method that uses GAN to complement the remaining area, taking as input a part of the 360-degree image. In order to express distortion specific to 360-degree image, we have proposed a Generator that includes a Dilated Convolution layer. We will show the result of automatic generation of 360 degree image in the demonstration.
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BOOTH 53 |
Information and Communication Industry Computer vision studies for
realizing “Kizuki” Robot  |
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| Professor AOKI, Yoshimitsu Department of Electronics and Electrical Engineering |
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In order to realize robots that coexist with people in living space, we introduce examples of research on functions that recognize surrounding environment, objects and people, and understand scenes using visual information.
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BOOTH 54 |
Information and Communication Entertainment Automatic recognition system of sports event by time series DNN
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| Professor AOKI, Yoshimitsu Department of Electronics and Electrical Engineering |
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We introduce a system that automatically detects various sports events (such as tennis shots) using time-series Deep Neural Networks.
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BOOTH 55 |
Information and Communication Other Areas Domain adaptation technology in
image segmentation  |
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| Professor AOKI, Yoshimitsu Department of Electronics and Electrical Engineering |
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In the field of image recognition, degradation of recognition performance in different domains from learning data is an issue. In this study, we will exhibit domain adaptation technology for cell image segmentation task.
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