OUTGROWYOUR LIMIT-無限の可能性、ここが最先端-

Nara Institute of Science and Technology
Graduate School of Information Science
Open Campus for Prospective Students 2014
March 8th, 2014 (Saturday) 10:00～17:00＜Laboratory Information／Event Introduction＞

Welcome to the Open Campus！
Campus！
NAIST Graduate School of Information Science is completely open for prospective students. All
research laboratories are introduced and the statestate-ofof-thethe-art research demos are shown.
Entrance examination and university life will also be explained. You can also directly consult withthe faculty and students of the lab that you are interested in.

Main Event
Event

Place

Panel Exhibition [p.4]
NAIST情報科学研究科のすべての基幹研究室の概要をつかむことができます。

Laboratories Demo [pp.7-13]
各研究室の研究成果を目で見て肌で感じていただくことができます。

Admission Inquiry Desk [p.4]
入試に関すること、入学後のことなど情報科学研究科全般に関する質問や相談を受け付けます。

Time

1st Floor
Lobby
Each
Laboratory
Room

10:00〜17:00

1st Floor
Reception
Desk
Seminar RoomP1

Admission Interview Show Room [p.4]
入試面接会場の様子を展示しています。

Admission Guidance [p.4]
情報科学研究科の概要や入試などについて、スライドを用いてわかりやすく説明します。研究科の教員が説明を行い、質問にも丁寧に答えます。

Room L1

Theme-based Research Tour [p.6]
NAISTの学生が案内役になって各研究室をご案内します。みなさんにより近い立場ですので学生生活に関する質問もお気軽にどうぞ。

CICP Poster and Demo [p.14]
学生プロジェクト(CICP)の活動成果をポスターとデモで紹介します。
一番よいと思ったプロジェクトに投票してください。

Gender Equality Seminar [p.15]
ＮＡＩＳＴの学生が、本学での授業や研究、また実際の学生生活などについてセミナーを行います。

Student Dormitory Tour
学生宿舎(単身用)の居室および、共通部分(ラウンジ、浴室、ランドリースペース)を見学できます。

2

10:00〜
10:30

13:00〜
13:30

Room L1

Set Time 10:30(10:30〜11:15)

1st Floor
Lobby

10:00〜16:00(Voting Deadline
15:00)

Bio-Science
Building
Room L13

11:35〜
12:10

15:00〜
15:30

Dormitory
Bld. 2,nd
2 Floor

10:00〜
12:00

13:00〜
15:00

3

イベントタイムスケジュール

Layout of Room and Laboratories▌Information Science Building, 1st Floor Lobby
The overview of each laboratory will be introduced by the panel exhibition. As we will also
introduce collaborative laboratories working with other research institutes as well as a varietyof research projects, we encourage you to take your time and explore all those information.
※The location may be subject to change.

Admission Interview
Show Room

Room
L2

Room
L3

A111
Ambient Int. Lab.
Robotics Lab.
Intelligent Sys. Lab.
Smoking
Area

P1

Admission Guidance
Theme-based Research Tour

4K Display

Room L1
Entrance

CICP

Panel

Elevator

Panel

Software Engineering
Laboratory

B111

AdmissionInquiry
Desk
Reception
Desk

B114

Elevator

Software Design and Analysis
Laboratory

Bld-A
Bld-B

Main
Entrance

For the 2nd and above floors ofInformation Science Building A and B,
please refer to the next page.

4

▌Information Science（Bld-A，Bld-B）

Bld-B

Bld-A

7F

B707 Large-Scale Syst. Manag. Lab.
B715 Augmented Human Comm. Lab.

A707 Computational Linguistics Lab.
A708 Interactive Media Design Lab.

6F

B607 Intelligent Sys. Cont. Lab. (A111)
B608 Optical Media Interface Lab.

A608 Foundations of Software Lab.

5F

B507 Applied Algorithmics Lab.
B508,B515 Comp. Syst. Bio. Lab

4F

B406 Computing Architecture Lab.
B414 Dependable System Lab.

A405 Ubiquitous Computing Systems Lab.
A408 Network System Lab.

3F

B308 Vision & Media Computing Lab.

A316 Internet Engineering Lab.
A316 Network Ochestratian Lab.

2F

B206 Internet Architecture & Sys. Lab.
B213 Mathematical Informatics Lab.

1F

B111 Software Engineering Lab.
B114 Software Design & Analysis Lab.

A111 Ambient Intelligence Lab.
A111 Robotics Lab.
A111 Intelligent Sys. Cont. Lab. (B607)※ The gateway between Bld-A & Bld-B is available only on the first floor.

5Theme-based Laboratory Tour
What kind of Laboratories are there？
Which Laboratories are good to visit？
How to visit the laboratory based on your interest
in efficient way？
We provide theme-based Laboratory Tour for you.

What is Theme-based Lab Tour？
？
・ Laboratory guidance by the students
・ Each tour: 5min/each-lab, 45min/total)
・ Visit several laboratories at one tour

Main Theme
・ Applied Algorithmics
・ Ubiquitous Computing Sys.
・ Foundation of Software
・ Software Engineering
・ Software Design & Analysis

・ Computer Architecture
・ Dependable System
・ Internet Engineering・ Internet Architecture &System・ Computational Linguistic
・ Augmented Human Comm.
・ Network System
・ Vision & Media Computing
・ Interactive Media Design
・ Optical Media Interface
・ Ambient Intelligent

・ Robotics
・ Intelligent System Cont.
・ Mathematical Informatics
・ Computational Syst. Bio
・ Large-Scale Syst. Manag.

Schedule
・ Morning：：10:30～11:15（Start after the briefing (10:00～))

・ Meeting Place：：Room L1（See p-4）
※ Of course you can visit the laboratories
directly without joining the tour
6Computer Science A
Applied Algorithmics Laboratory (Seki Lab.)

B507

Overview （security, software, database, coding, bioinformatics）
bioinformatics）
We develop mechanisms for computation and apply them to novel research problems,
including security, software, database, coding, bioinformatics, .... Visit us at B507 and check
our contribution in many different research areas.

Research topics★ TransTrans-organizational rolerole-based access control★ Antinti-phishing user authentication for novice users★ Extremely fast analysis of RNA structures• Security in sensor networks• Verification of security against inference attacks on
XML data• Ultra highhigh-density twotwo-dimensional barcode scheme

Ubiquitous Computing Systems Laboratory（
Laboratory（Yasumoto Lab.）Lab.） A405
Overview （Activity Navigation & ee-Health,
Health, Participatory & Social Sensing ,Smarthouse,
Smarthouse, Mobile Sensing, Sensor Networks, Intelligent Transport Systems）
Systems）
Ubiquitous computing systems provide users with more useful services at lower
cost than ever before by processing, aggregating, and analyzing real world data sensed
with various sensors and by recognizing the physical situations of the real space.
Research topics• Context Recognition through User’s Touch Operations on Smartphones• DTN in PostPost-Disaster Areas• Interface for Supporting the Creation of Energy Saving Plan in Smarthome • Sensor Networks for Agriculture• GamificationGamification-based Participatory Sensing • System for Efficient Collection and Delivery of Traffic Information• Indoor Map Generation Using Ultrasonic Sensors• Creating Social City Maps by Analyzing Social Activities

Division for Foundations of Software (Ito Lab.)

A608

Overview (ITS, Mobile, Cloud Computing)
Division for foundations of software led by Professor Minoru Ito is engaged in researchareas of intelligent transportation systems (ITS), cloud computing, and mobile computing,in order to realize efficient algorithms truly useful in the real world.

Research Topics●Navigation in Multilevel Parking Facility★Electronic Triage System●Localization in Underwater Sensor Networks★Adjusting Parameters in Stereoscopic 3D Video●Task Scheduling Considering Turbo-Boost

B111

Software Engineering Lab （Prof. KenKen-ichi Matsumoto）
Matsumoto）
Overview （Empirical Software Engineering, Open Source Software Engineering, Software Security）
Security）
The software engineering lab. uses both theoretical and empirical approach toaddress various problems related to software development methodologies, human
computer interaction and software lifecycle management. We fully exploits thepotential of students’ curiosity and creative thinking together with conventional
research theories and techniques to tackle new topics in software engineering.

Development Task
Measurement System

Analysis of open source
software community

Research Topics• Mining Software Repositories• Software Obfuscation / Watermarking• Open Source Software Development• Research Paper Citations in Soft. Dev.
★ Bugarium:
Bugarium: 3D interaction for LargeLarge-Scale Data ★Measuring Developers’ Brain Activities※ Laboratory introduction [★
★ ] Introduction with demo. [•]•] Panel introduction only.

7Software Design and Analysis Laboratory (Iida Lab.)

B114

Overview (Software design & analysis, Repository mining, Cloud system)
We study techniques for supporting the development and the design of Cloudsystems. Especially, we focus on modeling theory and implementation technique fordesign process and document. Also, we are doing collaborative research with industry
to develop practical approaches for software design.

Research topics★ Project Replayer
System for replaying development process• System for making development plan
• Process complexity metric• Cloud systems using SDN (Software-Defined Network)• Analysis of bug fix processes• Analysis of the relationship between bug and refactoring• Feature extraction using source code analysis

Computer Science B
Computing Architecture Laboratory (Nakashima Lab.)

B406

Overview (HighHigh-Speed, LowLow-Power, VariableVariable-Reliability, NewNew-Material Computers)
This laboratory focuses on the next generation computer system which speciallytargets at software/hardware collaborations to break the performance wall, andaddress reliability and energy issues in current systems. Ultra low-power acceleratorsand dependable new material computers are designed under JSPS(kibanA),
JSPS(houga) projects. We are expecting any students with a strong enthusiasm incomputer engineering including both of hardware and software.

Research topics★ Ultra LowLow-Power Accelerators★ Tiny Film CPU★ Reliable Accelerator• x86 CoCo-Processing Accelerator EMAX
• 8bit CPU EMIN to run 32bit ARM OS• Robustness Customizable CPU ERELA

Dependable System Laboratory (Inoue Lab.)

B414

Overview （Reliable VLSI Design, VLSI Testing, Distributed Algorithms, Parallel Algorithms
Algorithms））
Dependability is the concept from user's point of view that we can use systems
reliably and securely. We are pursuing research on safe and secure systems including
distributed systems with hundreds of computers and VLSIs with billions of transistors.

Temp./Volt. Analysis

Research topics
Power/Thermal-aware VLSI testing★ VLSI designdesign-forfor-testability & test generation • Power/Thermal• Fast IRIR-drop analysis★ VLSI degradation detection• Data mining for failure prediction★ Shared memory distributed algorithms• Parallel algorithms

Internet Engineering Laboratory (Yamaguchi Lab.)

Degradation Detection

A316

Overview （cloud computing, testbed,
testbed, security, mobile computing, etc.）
etc.）
To enable continuous development for the Internet, we study the foundationand systematization of the Internet meta system. The meta system supports
scalability, plasticity, security and mobility in the Internet. To contribute tosociety, we engage in constructing next generation networks through our
research.

Research topics• DoS Attacks Detection on IMS system★ Miniature Internet• Anomaly Detection using Spectral Analysis• SOS Message Propagation via Smartphones • Weather Nowcasting via Smartphones• Mobile Data Offloading• Quantifying Security in MultiMulti-tenant Cloud Computing etc.
※ Laboratory introduction [★
★ ] Introduction with demo. [•]•] Panel introduction only.

8Internet Architecture and Systems Lab（
Lab（Fujikawa Lab）
Lab）

B206

Overview （Internet, Mobile, Ubiquitous, Security）
Security）
Main objective of our laboratory is to establish systems and applications for
the Internet on cross-sectional issues, especially related to mobile andubiquitous computing, operation, and information security. At this open campus,
we demonstrate “Distributed Publish/Subscribe system for sensor network”,“Vehicle sharing traffic information system for ITS” and “Dynamic routing
mechanism based on Message ferrying for Mobile network”.

Research topics★ Traffic information system for ITS★ Message ferrying for Mobile network• 4K super high definition transmission· Distributed Publish/Subscribe system on Sensor network· High speed implementation for elliptic curve cryptography on GPGPU· Education program for security experts （enPiT Security: SecCap)
SecCap)Media Informatics
Computational Linguistics Laboratory (Matsumoto Lab.)

A707

Overview （natural language processing, text mining, keywords, web text analysis, knowledge infrastructure）
infrastructure）
We focus on computational approaches to understanding natural language,
the essence of human intelligence. We make both fundamental and applied researchon natural language analysis.

Research topics★ Opinion Mining from the Web★ Error Correction System★ Japanese Morphological Analyzer “ChaSen“ChaSen”
ChaSen”“Chantokun”,★ Corpus Management and Search Tool “ChaKi
Chantokun”, “CorrCha“CorrCha”
CorrCha”“ChaKi”
ChaKi”★ Technical Term Retrieval★ Japanese Dependency Parser “CaboCha“CaboCha”
CaboCha”
Assistance★ Predicate Argument Structure Analyzer “YuCha”
YuCha”

Augmented Human Communication Lab (Nakamura Lab.)

B715

Overview
Toward enhancement of human communication abilities, AHC
lab. is studying multilingual speech translation, dialog system,
communication QoL, silent speech interface, user-adaptive
super-human automatic speech recognition/synthesis, andbrain analysis related human communication.

Research topics★ Speech Translation★ Speech Recognition★ Speech Synthesis★ Quality of Life

★ Voice Conversion★ Dialog System★ Communication support for autism★ Brain analysis related human communication

Network System Laboratory (Okada Lab.)

A408

Overview （Sensing, ICT for surgery support, Wireless power transmission, Mobile
communication and broadcasting）
broadcasting）
This laboratory develops wireless communication, broadcasting, and sensing system. And
its embedding methods are also studying. Broadband and high reliable signal processing isapplied to wireless sensing technologies for position location and surgery support systems.
Research topics• Position location utilizing LCX antenna★ TerrestrialTerrestrial-digital broadcasting reception• ESPAR antenna assisted MIMOMIMO-OFDM
Software defined radio receiver• Integrated optical and radio communications•Surgery
Surgery support with RFID sensor• Rain rate estimation using MillimeterMillimeter-wave mesh topology•WirelessWireless power transmission using parallel line
※ Laboratory introduction [★
★ ] Introduction with demo. [•]•] Panel introduction only.

9

Vision and Media Computing Laboratory (Yokoya(Yokoya Lab.)

B308

Overview （Coumputer Vision, Virtual Reality, Mixed Reality, Image Processing）
Processing）
The laboratory develops technologies that extract 3D information from camera images and effectively show various
information in a computer to human. Research fields are Computer Vision, Virtual Reality and Mixed Reality.

Research topics★ Augmented Telepresence using Aerial Omnidirectional Video★ AR using Mobile Computer★ Camera Pose Estimation and 3D Modeling from Video Images★ Image, Video,Video, 3D Model Inpainting• Position Estimation of Near Light Point using Clear Hollow Sphere★ RealReal-time Diminished Reality• Free View Generation for Robot Control • Inferring Important Regions Induced by Videographer's Intention

Interactive Media Design Laboratory (Kato Lab.)

A708

Overview （Augmented Reality, Next Generation Interface, Computer Graphics）
Graphics）
The research in our laboratory not only focuses on the future interactive media
itself but also media technologies, human-computer interaction, and dataengineering which are needed to create innovative interactive media.

Research topics★ Design support system using projectionprojection-based AR★ Transparent AR system★ Appearance controlling by projectorprojector-camera system• Object tracking using natural features★ Embedding technology for imperceptible patterns★ AR authoring system for work support★ AR meeting support system

Optical Media Interface Laboratory (Mukaigawa Lab.)

B608

Overview （Computer Vision, Photometric Analysis, Sensing System）
System）
We are focusing on a photometric analysis in the computer vision research field whichaims to understand scenes according to optical information obtained by a camera. This
laboratory was newly established in February 2014 to realize a new interface that humans
and machines can share scene information through optical media based on measuring andanalyzing techniques of a light transport.

Research topics★ Understanding of material, shape, and texture by analyzing reflection and scattering.
★ Computational photography to visualize invisible scenes by computation.
★ MultiMulti-functional imaging by combining reflectors with a camera.

Ambient Intelligence Laboratory (Hagita Lab.)

A111

Overview （Ambient Intelligence, Computer Vision, Human Robot Interaction）
Interaction）
Our goal is realization of a safe, secure and comfortable life space for all members ofsociety through the application of ambient intelligence. Ambient intelligence whichmeans our life space has intelligence is developed by real world sensing, knowledge
structuring and interaction for humans.

Research topics
•
•
•
•
•

System with a depth sensor for coachingcoaching skillfull human motions
Grouping people for tracking across nonnon-overlapping cameras
Purchase estimation by analyzing actual customer's behavior
A social media mediation robot for elderly
Self‐sacrifice robot for stress elimination

8

3
6

7
8

90

※ Laboratory introduction [★
★ ] Introduction with demo. [•]•] Panel introduction only.

10System Information
Robotics Laboratory (Ogasawara Lab.)

A111

Overview （Intelligent Robot, Visual Interfaces, Human modelingmodeling））
A robot is an intelligent system that obeys real world dynamics whileinteracts and communicates with human beings. Such a system requires
sensing the real world environment in real-time (real-time sensing). In
our laboratory, we develop real-time sensing technologies, such as robot
vision and tactile sensing, and integrate them into an intelligent system.

Research topics★ Human mimetic expression by Android Robot • Environment modeling and mobile robot navigation• Robotic training system using musculoskeletal model★ Self introduction by by dualdual-arm robot• Designing the robot behavior by reinforcement learning★ Humanoid robot demonstration

Intelligent System Control Laboratory

A111, B607

Overview （Systems Control , Mechatronics, Learning）
Learning）
Our research interest covers basic theories and applications for
Systems Control, Sensing & Signal Processing and Machine
Learning for Control.

Research topics★ Modeling & Control of Artificial Muscle★ Street Performance Robot via Visual Feedback★ Reinforcement Learning of Robot Motor Skills● Power Assist Technology for Bicycles● Feedback Error Learning for Control

Mathematical Informatics Laboratory (Ikeda Lab.)

B213

Overview （Math Model, Machine Learning, Brain Informatics, Adaptive Systems）
Systems）
The laboratory studies Solutions with Mathematical Model, that include
development and analysis of machine learning methods, applications tomechanism of brain information processing, and applications to engineeringsuch as adaptive systems.

Research topics★ Mechanism of Decision Making by EEG★ Robotics for Human Assistance and Care
• Modeling of Driving Behavior• Control Application of 3D Measurement System★ Signal Processing of MEG★ Gazing in Paint Observation• Analysis of Machine Learning Method• Machine Learning in System Biology

Computational Systems Biology Lab. (KANAYA Lab.)
Overview (Medical Bioinformatics, Secondary metabolite DB, Network analysis,
Bioimaging & Nano tech., Medical Imaging)
We have developed medicinal/edible plant DB, metabolite-species, effects of metabolites
and plants to human health. We also have developed a simulator for large-scale metabolism
and an analyzer for molecular networks. Furthermore, we research methods of measuring
and processing technology for biological function, such as optical tweezers, 3D imaging ofcells, MR imaging, and processing technology of medical images.

Research topics★ Multifaceted plant usage database★ Visualization system of biobio-networks★ Dynamic simulation of metabolic flow

★ 3D imaging of actin filaments• TwoTwo-photon microscope imaging★ MR diffusion imaging※ Laboratory introduction [★
★ ] Introduction with demo. [•]•] Panel introduction only.

11

B508, B515

LargeLarge-scale Systems Management Lab. (LSM Lab.)

B707

Overview （System Analytics, Network Science, Service Science, Algorithm)
LSM Lab. research is aimed at developing performance modeling and algorithm techniques
for design, control and architecture of large-scale systems such as cloud computing, withwhich the resulting systems achieve high performance and low vulnerability. Our research
focus is on design framework, fundamental technologies and highly-qualified services, inparticularly for large-scale computer/communication network systems.

Research topics● Big Data Analytics● Service Science● Cloud Computing● Risk Analysis/Markov Analysis ● Online Algorithm● Green Computing/Networking ● DisasterDisaster-Tolerant Networking ● Mechanism Design

Neural Computation Laboratory (Doya(Doya Lab.)
Overview （computational neuroscience, reinforcement learning, evolutionary robotics
robotics））
The goal of the laboratory is to establish computational models of the learning mechanism inanimal brains, and then apply the principles to information processing of artificial creatures. To
achieve this goal, we are building theoretical models of the molecular/neural networks involved
in reward-based learning, and verifying these models through animal and robotics experiments.

Research topics• MultiMulti-level simulation of basal ganglia circuit• Bayesian connectivity estimation from spike train data
• Quadruped/wheel robot experiments for learning andevolution in realistic environment• Recording animal brains in stochasticstochastic-reward tasks• Recording neuromodulators in delayed reward tasks

Educational Collaborative Laboratories
Symbiotic system Laboratory (NEC’s Lab.)NEC Kansai Labs.

Overview （Inspiration computing, CoCo-creation communication）
communication）
The laboratory studies a new type of information system which can create new values
by collaborating with people. This study is based on researches on human intention,
intellectual productivity, and supporting human intelligent activity. We imagine the future
Future trend viewer
where people will live with intelligent artifacts to realize their potential.

Research topics★ Multi-sensor behavioral analysis★Intellectual productivity modeling★ Co-creation promotion★ Emotional adaptive interaction★ Weekday observation tour
9:00-18:00 from Mon to Fri.
★ Send an email for application
request@CCIL.jp.nec.com

Human behavioral analysis Emotional interaction

Molecular Bioinformatics Laboratory (AIST/Ueno & Fukui)
Overview （bioinformatics, molecular dynamics simulations, high performance computing）
computing）
In order to understanding functions and mechanisms of proteins and biological macromolecules, thislaboratory focuses on computational studies and software development of bioinformatics based methods.
Including an exhaustive search strategy with large scale computers and method of experimental data analysis
recovering information loss in the incomplete data set, methods of computer science is applied in studies oflife science toward a knowledge discovery.
.

Research topics● Three dimensional reconstruction of proteins by electron microscopy● Molecular simulations of protein-protein interactions ● Softwaredevelopment of the script editor for molecular animations※ Laboratory introduction [★
★ ] Introduction with demo. [•]•] Panel introduction only.

12

Technology of Radiological Science (NCVC)

Only Panel

Overview （PET, SPECT, MRI, Molecular imaging, Medical imaging processing）
processing）
The laboratory is attached to National Cerebral and Cardiovascular Center (NCVC) andaimed at developing advanced medical imaging diagnostic devices and image processing
technologies, which can provide functional images in clinical services. It is a unique group of
experts from various fields and collaborate with medical doctors and companies.

Research topics• Key technology development• Clinical diagnostic imaging- Quantitative and standardized SPECT imaging - Image processing
Image reconstruction, Tracer analysis- Rapid and quantitative PET systems, - MRI
Motion correction, Image registration• Molecular imaging for prepre-clinical studies- High spatial-resolution SPECT device- Evaluation of new therapies and drugs- Computer simulation- Development of animal models of diseases

Programming Science Laboratory (Kinoshita Lab.)
Overview （program semantics, programming logic, mathematical methods, verification,
validation)
PS Lab conducts scientific research on mathematical phenomena on programming. Its scopeincludes construction of mathematical model of programs (program semantics), rigorous
specification of information processing systems, validation and verification.

Research topics● Correctness by construction using constructive
type theory● Control theory based on coalgebras● Mathematical methods of system construction(formal methods, semiformal methods)★ Agda (dependently typed functional language,
proof description language)★ Assurance case (documentation of validation)● Open Systems Dependability

Network Orchestration Laboratory (Kobayashi Lab.)

A316 (iplab(iplab)iplab)

Overview （LargeNetworks））
Large-Scale Network Infrastructure, New Generation Networks
We are conducting research on the technologies that enable the evolution of theInternet in collaboration with NICT. In particular, we are developing JGN-X, ourglobal network testbed, to stimulate R&D activities on novel network infrastructuretechnologies, large-scale experiments, and international joint projects.

Research topics★New Generation Network Technologies★SoftwareSoftware-Defined Network Technologies
Solve the problems with the Internet
Realize programmable networks★Network Testbed Technologies (JGN(JGN-X)★Virtual Network Technologies
Enable environment for large-scale experiments
Provide your personalized environment everywhere※ Laboratory introduction [★
★ ] Introduction with demo. [•]•] Panel introduction only.

13

「Project-based Research」 Support Program for Students

CICP （Creative and International Competitiveness Project）

Poster Presentation, Demo & Contest
CICP is research project where the student proposed with “Theme that You Want to Challenge by Yourself”.
It is an educational research program to practice some potential and creativity by providing a research budget.
The important is how to deal with challenging project without fear of failure.

Activity of Year 2013
7Projects（General Track）in June and 4 additional Projects in December（by International Students of IPGP Program）are accepted、where eachproject received about 40,000 to 800,000 yen research budget. In thisOpen Campus, the General Track will present research results including
demo, and Additional Track will present ongoing research.
May
Jun
Sep
Feb
Mar

General Track Schedule
Theme Proposal
Project Announcement
Ongoing Research in English（International Conference Format）
Research Results in English
Demo & Final Report

Nov
Dec
Mar
Sep
Mar

Additional Track Schedule
Theme Proposal
Project Announcement
Ongoing Research (Poster)
Research Result （International
Conference Format)，Final Report
DemoLet’s Vote for the Best CICP2013 ProjectBest Project of Year 2013 will be selected by Open Campus visitors and NAIST faculty, Spring Seminar
participants (on the day before). Please join the poll by affixing a sticker to the voting panel. Voting deadline
is March 9th, at 15:00. Awards ceremony will be held at March 9th, 16:30, Room L3.
※Additional Tracks are not included in the contest.

General Track： Demonstration of Research Results （Contest）

1301 Augmented Reality system supporting the Match-making Party
1302 PitchFlow: Better Guitar Sheet Music Library Through Real-time Editing and Award Strategy
1303 BROCCOLI： An User-Specific Software Keyboard Learned from Typing Mistakes
1304 Web-based dialogue system for mental disorders
1305 Higgins: Your Very Own Teacher of English Pronunciation
1306 Story meets Creator - Designing the sustainable system to support them based on Gamification1307 Let‘s Fly!
Additional Track： Poster Presentation of Ongoing Research （Not for Contest）
G1301 eCOStamp: Electronic Collectible Stamps
G1302 Dependable Gesture-based HMI for Machine Automation using DART Technology
G1303 NAIST-NAV : NAIST Open Campus Navigation and Information Service
G1304 HerbsMed: Herbal medicine apps using integrated Jamu and Kampo formulas

14※デモンストレーションの開催場所については4ページの地図をご参照下さい

奈良先端
大学 男
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相 談で き る と こ ろ

日時：: March2014 年
8 日（土）
Time
8th3, 月2014
(Saturday)
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11： 35～12： 10
1第１ 回：: 11:35-12:10
nd2第２: 15:00-15:30
回：
15： 00～15： 30
st Floor, Room L13
Place:
Biological
Sciences Lab.１Bld,
場所： NAIST
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奈良端科学and技術Technology
大学 院大 学
Nara Instituteof先Science
GenderEquality
Promotion
Office
男女共 同参 画室

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