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Computer Science
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We offer education and researches on computer hardware and information network to establish fundamental technologies for the next generation computer science, including dependable and green IT.
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Computing Architecture Lab.
(Nakashima Lab.)
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☆Towards Next Generation Triathlon Computer
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Computers going towards either high performance, low power or high dependability have been well developed by scarifying other features.
However, making one with extremely low power, high dependability and capable speed still remains an open topic,
and now it becomes our task to build this next generation triathlon computer.
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Dependable System Lab.
(Inoue Lab.)
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What is "Dependability"?
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"Dependability" is the concept from user's point of view that we can use systems reliably and securely.
This laboratory is pursuing research to improve dependability from various approaches including algorithms and hardware.
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Applied Algorithmics Lab.
(Seki Lab.)
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The problem is solvable
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We develop mechanisms for computation, and apply them to novel research problems. Software, database, analysis of bio-sequences, security, coding.... Visit us at B507 and check our contribution in many different research areas.
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Ubiquitous Computing Systems Lab.
(Yasumoto Lab.)
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Ubiquitous Systems
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Our lab focuses on systems which provide users with useful services based on real world data sensed by various sensors.
We demonstrate emergency medical support system based on E-triage, remote control interface for appliances, etc. at room A405.
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Foundations of Software Lab.
(Ito Lab.)
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Network Application
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We are working on intelligent transportation systems, cloud computing, and mobile computing,
in order to realize efficient algorithms truly useful in the real world. The detailed introduction is hold in A608.
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Software Engineering Lab.
(Ken-ichi Matsumoto Lab.)
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TaskPit: A System for Recording Development Activity
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TaskPit is a system for recording each developer's development activity. The system can visualize the recorded data in real time to share better understandings of developer's performance among team members.
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Software Design & Analysis Lab.
(Iida Lab.)
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Visualization of Software Development
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We are developing and studying tools for analyzing software development history and for software program. Our tools support to understand problems in software project and program. Our tool are demonstrated in B114.
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Internet Engineering Lab.
(Yamaguchi Lab.)
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Towards the future Internet
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Our laboratory is studying the Internet technologies, e.g., security, network management, mobile network, network applications, etc. The demonstrations and posters are held at A316 room.
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Internet Architecture and Systems Lab.
(Fujikawa Lab.)
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Our area is all the Internet
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Inet-lab objective is to establish systems and applications on cross-sectional issues ( System, Ubiquitous, Mobile and Security) for Internet-wide.
At this open campus, we demonstrate two prototypes "human behavior recognition and estimation" and "CO2 sensor" on Android. (B206)
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Media Informatics
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We offer education and researches on human-machine interaction and media to establish fundamental technologies to support people in advanced information society.
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Computational Linguistics Lab.
(Yuji Matsumoto Lab.)
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Japanese Text Analysis and Writing Assistance
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We introduce a search engine for Japanese corpus with rich linguistic information and a writing support system for second language learners.
1. Corpus search engine: ChaKi
2. Proofreading tool: Chantokun
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Speech and Acoustics Lab.
(Shikano Lab.)
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Blind Source Separation -Extraction of Desired Sound-
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Sometimes we cannot hear your company’s voice due to heavy background noise. Blind source separation (BSS) based on independent component analysis is a technology that can help you, enabling to extract the desired sound. We have developed a real-time pocket-size BSS module. Would you try?
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Augmented Human Communication Lab.
(Nakamura Lab.)
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Augmented Human Communication (AHC)
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Toward enhancement of human communication abilities, AHC lab. is studying multilingual speech translation,dialog system, communication QoL, silent speech interface, user-adaptive speech recognition/synthesis, and brain analysis related human communication. ( @ B713)
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Network Systems Lab.
(Okada Lab.)
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Reliable Wireless
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Although mobile commun. systems are widely used, they do not satisfy the reliability requirements in some applications. We introduce highly reliable wireless transmission techniques at room A-408.
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Vision and Media Computing Lab.
(Yokoya Lab.)
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Rsearch of Vision, VR, MR
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Our research fields are computer vision, virtual reality, mixed reality.
- Camera position and posture estimation for AR and modeling
- Augmented Telepresence using aerial omnidirectional video
- Image and 3D inpainting etc.
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Interactive Media Design Lab.
(Kato Lab.)
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Augmented Reality, Database System
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Our laboratory is studying about not only the future interactive media itself but also media technologies, human-computer interaction and data engineering
which are needed to create innovative interactive media.
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Ambient Intelligence Lab.
(Hagita Lab.)
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Human sensing & modeling
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Human sensing for understanding when, where, and what people do is crucial for supporting their activity by computer systems. Researches on this sensing and modeling would be introduced onsite (A111).
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Applied Informatics
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We offer education and researches on computational systems, robotics, and bio-information processing to discover vital function and life phenomena.
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Robotics Lab.
(Ogasawara Lab.)
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Mobile robot & Dual arm robot
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Robotics Lab shows demonstration of the mobile robot and the dual arm robot at A111.
Also, many experimental equipment (Humanoid robot, Motion capture system etc.) is displayed.
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Intelligent System Control Lab.
(Sugimoto Lab.)
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Demonstration of Motion Control Experiments
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Our research interest covers wide area from basic theories to advanced applications on Systems Control, Mechatronics/Robotics, Process Control, Sensing & Signal Processing and Control & Communication.
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Mathematical Informatics Lab.
(Ikeda Lab.)
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Learning Machines
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Recent sensors, ICTs and signal processing provide massive data that give us innovation.
Our demos include Invincible Rock-paper-Scissors, Nursing Robot, Brain-Wave Visuali-zation and Gesture Control.
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Biomedical Imaging and Informatics Lab.
(Minato Lab.)
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High resolution volume visualization
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We developed a high speed volume rendering method for visualizing a high resolution microscopic 3D images from the two-photon microscopy techniques.
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Computational Systems Biology Lab.
(Kanaya Lab.)
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"KNApSAcK Family": Databases for metabolites
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The KNApSAcK Family is a system of integrated metabolite-plant species databases for multifaceted plant researches.
The system consists of data from scientific researches in metabolomics, from all around the world.
We will be holding some demonstrations of the KNApSAcK Family in our laboratory (A506).
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Neural Computation Lab.
(Doya Lab.)
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Learning mechanism in the brain
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How can we learn good behavior through trial-and-error? We aim to understand such a mechanism of our brain by means of neural recording in animals, adaptive robotics, and computational modeling. (No demonstration for this open-campus)
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