The 7

Newsletter
June 2011
Vol.5
賛助会員の皆様への活動状況報告
Activity report for TAIST - Tokyo Tech Supporting Members
東京工業大学 TAIST 運営委員会
TAIST Steering Committee, Tokyo Institute of Technology
The International Conference on Information and Communication
Technology for Embedded Systems (IC-ICTES 2011)
The International Conference on Information and Communication Technology for Embedded
Systems (IC-ICTES 2011) is to provide an international forum for researchers and industry
practitioners to share their new ideas, original research results and practical development
experiences from all embedded system-related areas including ubiquitous computing, pervasive
computing, embedded system design, development of new HW/SW-related theories and
techniques in embedded systems, information and communication technology for supporting
development of embedded systems, and information and communication technology used in
embedded systems.
2011 年 1 月 27 日から 29 日にかけて IC-ICTES2011 が開催され、研究者・産業界の
技術者が組込システムに関する研究結果・実用開発実験の発表を行いました。その分
野は、ユビキタスコンピューティング、組込システムデザイン等々多岐に渡ります。
There were many papers accepted in this conference as 46 papers. It was divided into 2 groups;
38 regular papers and 8 poster papers. In addition, there were 18 ICTES students’ papers
presented too. This year Kasetsart University hosted this conference.
この会議では 46 の論文が受領され、その内 TAIST ICTES の学生 18 名の論文も発表
されました。一覧は以下のとおり。
-1-
The list of ICTES students’ papers is shown below:
1. Mr.Apiwat Henpraserttae title"Device-Orientation Independent Activity Recognition
using Mobile Phone"
2. Mr.Arucha Rungchokanun title"Preliminary Results for Traffic Speed Measurement
suing Spatio-Temporal Model and Frequency Domain Analysis"
3. Mr.Danu Onkaew title"Automatic extraction of retinal vessels in digital fundus images"
4. Mr.Issariyapol Siriwat title"Multi-Camera Based Counting System for Room
Utilization Management"
5. Ms.Kanittha Sae-Lim title "Keypoint Validation and Refinement for Image
Correspondence"
6. Mr.Panithan Ballungpattama title"Performance Evaluation of Thai Word Segmentation
using Longest Matching Technique on Android OS"
7. Mr.Payat Jirasuwanpong title"Motor Imagery
Classification based on EEG Signal using
DWPT and Neural Network"
8. Ms.Pimolluck Jirakunkanok title"Stroke Type
Classification for On-Line Thai Handwriting
Recognition"
9. Ms.Pitchakarn Theekakul title"A Real-Time Activity
Recognition Framework:A Rule-Based Approach"
10. Mr.Pongthorn Apiroop title"Planar Surface Area
Estimation using Computer Vision"
11. Mr.Pongwat
Poomchoompol
title"A
Database
Framework for Streaming Data in BSNs Applications"
12. Mr.Rattanasak Kasettham title"Prototyping of Flow
Direction Sensor in Sensor Node:Application Hydrological
Monitoring System‖
13. Mr.Rattanasak Kasettham "Prototyping of Multi Flow Velocity
Sensors Node: Application Hydrological Monitoring System"
14. Ms.Satjakarn Vutinuntakasame title"Error Analysis for Hand Gesture
Recognition with Flex Sensor Glove"
15. Ms.Sayumporn Pharsook title"The Comparison of Three Features
Extraction for Classification of Image Texture"
16. Mr.Siwacha Janpinijrut title"A Thai Word Completion Technique
with
Distance-based
Candidate
Generation for Virtual Keyboards"
17. Mr.Suthum Seerativittayanun title"3D
Data Acquisition using Active Stereo
Vision based on Spatial Neighborhood
of Structured Light Techniques"
18. Mr.Techaniti Chantakien title"Design
and simulate of MEMS based confocal
microscope probes"
-2-
2011 年度 TAIST 講義日程
Academic Calendar for FY2011
2011 年度の AE プログラム、ICTES プログラムの各講義が 5 月末より開講され、新入
生が TAIST- Tokyo Tech での学習をスタートさせています。今年度の講義日程は以下
の予定です。
We have started lectures of 2011 academic year for AE program and ICTES program.
New students started their learning of each programs. This year’s schedule is
set as shown below.
Academic Calendar for Automotive Engineering(AE) Program 2011
Week
1
Date
May 30-Jun.03
2
Jun.06 - Jun.10
3
Jun.13 - Jun.17
6
Jun.20
Jun.21
Jun.22
Jun.23
Jun.24
Jun.27
Jun.28
Jun.29
Jun.30
July.01
July.04 - July.08
7
July.11 - July.14
4
5
8
July.19 - July.22
9
July.25 - July 29
Aug.01 - Aug.05
Aug.08 - Aug.11
Aug.15 - Aug.19
Aug.22 - Aug.26
Aug.29 - Sep.02
10
11
12
13
14
Classes/Events
First Semester
7001 Fundamental of
Automotive Eng.
Lecturer
Co-Lecturer
9 -12 am and 1 - 4 pm at KMITL
C. Chinda
T. Kitahara
Preechar
H. Morimura
Monsak
7005 Numerical Methods
for Engineering
1.Overview on Vehicle Research
and Development
2.Suspension and Drive-train
Systems
Numerical Methods for
Engineering
7001 Fundamental of
Automotive Eng.
Fundamental of Automotive
Engineering
C. Chinda
7005 Numerical Methods
for Engineering
Advanced Engineering
Mathemethics (ODE)
K. Preechar
7001 Fundamental of
Automotive Eng.
Fundamental of Automotive
Engineering
C. Chinda
Numerical Methods for
Engineering
C. Jaruwat
Advanced Engineering
Mathemethics (ODE)
K. Preechar
Finite Element Method (FEM)
P. Monsak
1.Electronics and Control
Engineering
2.Aerodynamics and Air
Conditioning
3.Vibration and Noise
Engineering
M. Yamakita
Yossapong L.
K. Hanamura
Jarruwat
M. Okuma
Szathys S.
1.Fundamentals of Production
Technology
2.Quality Management and
Production Planning
Y. Saito
Vitoon U.
H. Umemuro
Surachet C.
3.Welding and Joining
K. Takahashi
Akapot
7101/AME611 Automotive
Structural System Eng.
7005 Numerical Methods
for Engineering
7102/AME632 Automotive
Comfort Mechanics Eng.
7105/AME644 Adv.
Production Eng.
C. Jaruwat
15
Sep.05 - Sep.09
16
18
Sep.12 - Sep.16
Sep.19 - Sep.23
Sep.26 - Sep.30
7103/AME621 Combustion
Eng.
2. Thermodynamics in Internal
Combustion Engines
H. Kosaka
Suttapat
19
Oct.03 - Oct.07
7101/AME611 Automotive
Structural System Eng.
3.Mechanics of Thin-Walled
Structures for Automobiles
T. Adachi
Panya
17
Reserved
-3-
20
Oct.10 - Oct.14
2nd year students Thesis I Examination period
21
22
Oct.17 - Oct.21
Oct.24 - Oct.28
Grade Due for 1/2011 courses
Second Semester
Oct.31 - Nov.04
Nov.07 - Nov.11
1
2
Nov.14 - Nov.18
Nov.21 - Nov.25
Nov.28 - Dec.02
Dec.06 - Dec.09
3
4
5
6
8
Dec.13 - Dec.16
Dec.19 - Dec.23
9
Dec.26 - Dec.29
10
11
Jan.2 - Jan.8
Jan.09 - Jan.13
12
Jan.16 - Jan.20
13
Jan.23 - Jan.27
14
Jan.30 - Feb.03
15
Feb.06 - Feb.10
16
Feb.13 - Feb.17
17
Feb.20 - Feb.24
18
Feb.27 - Mar.02
Mar.05 - Mar.09
Feb.12 - Mar.16
Mar.19 - May 31
7
19
20
7103/AME621 Combustion
Eng.
1.Fundamentals of Combustion
S. Hirai
Jarruwat
3.Combustion Technologies in
Internal Combustion Engines
H. Kosaka
Artikorn W.
Reserved
7104/AME622 Adv.
Internal Combustion Engine
Eng.
2. Zero Emission Technologies
K. Hanamura
Arpiruk H.
3.Future Power Train for
Sustainable Community
K. Hanamura
Suttapat
7104/AME622 Adv.
Internal Combustion Engine
Eng.
1.Flow and Combustion
Diagnostics in IC Engines
K. Kosaka
Yossapong L.
1.Basics of CAD
I. Hagiwara
Monsak/Preechar
2.Basics of CAE
H. Morimura
Monsak/Preechar
3.CAE Model
H. Morimura,
M. Okuma
Monsak/Preechar
1.Practice of Design (1) / Design
of SAE-Formula Car
H. Morimura, I.
Hagiwara
Monsak/Preechar
2.Practice of Design (2) /
Analysis of SAE-Formula Car
H. Morimura
Monsak/Preechar
3.Assembly and Disassembly of
Engine and Beam Model, KMITL
H. Morimura
Monsak/Preechar
7002/AME511 Basics of
Automotive Design
Reserved
7003/AME512 Practice of
Automotive Design (2-1-0)
1st year students Seminar I and proposal examination period
Grade due for 2/2011 courses
1st year students Summer vacation with MTEC Laboratory
Tokyo Tech.
KMITL
Academic Calendar for Information and Communication Technology on Embedded
System (ICTES) Program 2011
Week
1
Date
Time
30 May
8:45 - 11:45
Course
ID
1.2
13:00-15:00
31 May
1 Jun
8:45 - 10:15
2.2
Subject
Lecturer
Embedded Software Design Techniques
Prof. Isshiki
Research Methodology & Seminar
Dr. Siriroj
Processor Architecture Design
Prof. Sugino
-4-
Co-Lecturer
Dr. Ekachai
Dr. Miti
2 Jun
8:45 - 10:15
4.1
Digital Signal Processing Theory
Prof. Nishihara
Dr. Wiroonsak
3 Jun
6 Jun
8:45 - 11:45
1.2
Embedded Software Design Techniques
Prof. Isshiki
Dr. Ekachai
Research Methodology & Seminar
Dr. Siriroj
13:00-15:00
2
3
7 Jun
8:45-10:15
4.2
Speech and language processing
Prof. Kobayashi
Dr. Cholwich
8 Jun
8:45 - 10:15
2.2
Processor Architecture Design
Prof. Sugino
Dr. Miti
9 Jun
8:45 - 10:15
4.1
Digital Signal Processing Theory
Prof. Nishihara
Dr. Wiroonsak
10 Jun
13 Jun
8:45 - 11:45
1.2
Embedded Software Design Techniques
Prof. Isshiki
Dr. Ekachai
13:00-15:00
-
Research Methodology & Seminar
Dr. Siriroj
14 Jun
8:45 - 10:15
4.2
Speech and language processing
Prof. Kobayashi
Dr. Cholwich
15 Jun
8:45 - 10:15
2.2
Processor Architecture Design
Prof. Sugino
Dr. Miti
16 Jun
8:45 - 10:15
4.1
Digital Signal Processing Theory
Prof. Nishihara
Dr. Wiroonsak
17 Jun
20 Jun
8:45 - 11:45
1.2
Embedded Software Design Techniques
Prof. Isshiki
Dr. Ekachai
Research Methodology & Seminar
Dr. Siriroj
13:00-15:00
4
21 Jun
8:45 - 10:15
4.2
Speech and language processing
Prof. Kobayashi
Dr. Cholwich
22 Jun
8:45 - 10:15
2.2
Processor Architecture Design
Prof. Sugino
Dr. Miti
23 Jun
8:45 - 10:15
4.1
Digital Signal Processing Theory
Prof. Nishihara
Dr. Wiroonsak
24 Jun
27 Jun
8:45 - 11:45
1.2
Embedded Software Design Techniques
Prof. Isshiki
Dr. Ekachai
Research Methodology & Seminar
Dr. Siriroj
13:00-15:00
5
28 Jun
8:45 - 10:15
4.2
Speech and language processing
Prof. Kobayashi
Dr. Cholwich
29 Jun
8:45 - 10:15
2.2
Processor Architecture Design
Prof. Sugino
Dr. Miti
Research Methodology & Seminar
Dr. Siriroj
30 Jun
1 Jul
4 Jul
13:00-15:00
6
7
Week
7
8
5 Jul
9:00 - 12:00
4.2
Speech and language processing
Prof. Kobayashi
Dr. Cholwich
6 Jul
8:45 - 10:15
2.2
Processor Architecture Design
Prof. Sugino
Dr. Miti
7 Jul
8:45 - 10:15
4.1
Digital Signal Processing Theory
Prof. Nishihara
Dr. Wiroonsak
8 Jul
11 Jul
9:00 - 12:00
4.2
Speech and language processing
Prof. Okumura
Dr. Cholwich
Research Methodology & Seminar
Dr. Siriroj
Speech and language processing
Prof. Okumura
13:00-15:00
12 Jul
Date
13 Jul
14 Jul
15 Jul
18 Jul
-22 Jul
25 Jul
9
9:00 - 12:00
Time
8:45 - 10:15
4.2
Course
ID
4.1
Digital Signal Processing Theory
Lecturer
Prof. Nishihara
Co-Lecturer
Dr. Wiroonsak
1st Midterm Examination Week
9:00- 12:00
3.2
13:00-15:00
26 Jul
Subject
Dr. Cholwich
9:00- 12:00
3.2
Wireless Communication Engineering
Prof. Araki
Research Methodology & Seminar
Dr. Siriroj
Wireless Communication Engineering
Prof. Araki
-5-
Dr. Prapun
Dr. Prapun
27 Jul
9:00- 12:00
3.2
Wireless Communication Engineering
Prof. Araki
Dr. Prapun
28 Jul
9:00- 12:00
3.2
Wireless Communication Engineering
Prof. Araki
Dr. Prapun
29 Jul
9:00- 12:00
3.2
Wireless Communication Engineering
Prof. Araki
Dr. Prapun
1 Aug
9:00- 12:00
4.1
Digital Signal Processing Theory
Prof. Nishihara
Dr. Wiroonsak
Research Methodology & Seminar
Dr. Siriroj
13:00-15:00
10
2 Aug
9:00- 12:00
4.1
Digital Signal Processing Theory
Prof. Nishihara
Dr. Wiroonsak
3 Aug
9:00- 12:00
2.2
Processor Architecture Design
Dr. Miti
4 Aug
9:00- 12:00
2.2
Processor Architecture Design
Prof. Maejima,
Prof. Katsura
Prof. Maejima,
Prof. Katsura
9:00- 12:00,
13:30-15:00
13:00-15:00
3.1
Information Theory and Coding Theory
Prof.Uyematsu,
Prof. Matsumoto
Dr. Siriroj
Dr. Somsak
9:00- 12:00,
13:30-15:00
9:00- 12:00,
13:30-15:00
9:00- 12:00,
13:30-15:00
3.1
Information Theory and Coding Theory
Dr. Somsak
3.1
Information Theory and Coding Theory
3.1
Information Theory and Coding Theory
Prof.Uyematsu,
Prof. Matsumoto
Prof.Uyematsu,
Prof. Matsumoto
Prof.Uyematsu,
Prof. Matsumoto
5 Aug
8 Aug
9 Aug
11
10 Aug
11 Aug
Research Methodology & Seminar
Dr. Miti
Dr. Somsak
Dr. Somsak
12 Aug
12
2nd Midterm Examination Week
15
Aug-19
Aug
22 Aug
9:00- 12:00
2.1
13:00-15:00
13
Week
Research Methodology & Seminar
Dr. Siriroj
Dr. Suneat
9:00- 12:00
2.1
Basic Digital System Design
Prof. Isshiki
Dr. Suneat
24 Aug
9:00- 12:00
2.1
Basic Digital System Design
Prof. Isshiki
Dr. Suneat
25 Aug
9:00- 12:00
2.1
Basic Digital System Design
Prof. Isshiki
Dr. Suneat
26 Aug
9:00- 12:00
2.1
Basic Digital System Design
Prof. Isshiki
Dr. Suneat
29 Aug
9:00- 12:00
3.3
Information Communication Network
Prof. Sakai,
Prof. Yamaoka
Dr. Siriroj
Dr. Steve
Prof. Sakai,
Prof. Yamaoka
Prof. Sakai,
Prof. Yamaoka
Prof. Sakai,
Prof. Yamaoka
Prof. Sakai, Prof.
Yamaoka
Dr. Steve
30 Aug
Research Methodology & Seminar
9:00- 12:00
3.3
Information Communication Network
31 Aug
9:00- 12:00
3.3
Information Communication Network
1 Sep
9:00- 12:00
3.3
Information Communication Network
2 Sep
9:00- 12:00
3.3
Information Communication Network
Date
5 Sep
Time
9:00- 12:00
Course
ID
2.3
13:00-15:00
15
Prof. Isshiki
23 Aug
13:00-15:00
14
Basic Digital System Design
Subject
Lecturer
VLSI Design Methodologies
Prof. Kunieda
Research Methodology & Seminar
Dr. Siriroj
Dr. Steve
Dr. Steve
Dr. Steve
Co-Lecturer
Dr. Suneat
6 Sep
9:00- 12:00
2.3
VLSI Design Methodologies
Prof. Kunieda
Dr. Suneat
7 Sep
9:00- 12:00
2.3
VLSI Design Methodologies
Prof. Kunieda
Dr. Suneat
8 Sep
9:00- 12:00
2.3
VLSI Design Methodologies
Prof. Kunieda
Dr. Suneat
9 Sep
9:00- 12:00
2.3
VLSI Design Methodologies
Prof. Kunieda
Dr. Suneat
-6-
12 Sep
9:00- 12:00
4.3
13:00-15:00
16
Research Methodology & Seminar
19
Dr. Surapa
Dr. Surapa
9:00- 12:00
4.3
Video Processing
14 Sep
9:00- 12:00
4.3
Video Processing
15 Sep
9:00- 12:00
4.3
Video Processing
16 Sep
9:00- 12:00
4.3
Video Processing
19 Sep
9:00- 12:00
1.1
Algorithm and Software Design
Prof. Hatori,
Prof. Ida
Prof. Hatori,
Prof. Ida
Prof. Hatori,
Prof. Ida
Prof. Hatori,
Prof. Ida
Prof. Ueno
Research Methodology & Seminar
Dr. Siriroj
Dr. Surapa
Dr. Surapa
Dr. Surapa
Dr. Dusit
20 Sep
9:00- 12:00
1.1
Algorithm and Software Design
Prof. Ueno
Dr. Dusit
21 Sep
9:00- 12:00
1.1
Algorithm and Software Design
Prof. Ueno
Dr. Dusit
22 Sep
9:00- 12:00
1.1
Algorithm and Software Design
Prof. Ueno
Dr. Dusit
23 Sep
9:00- 12:00
1.1
Algorithm and Software Design
Prof. Ueno
Dr. Dusit
26 Sep
9:00- 12:00
1.3
Real Time System Design
Prof. Sugino
Dr. Surapa
Research Methodology & Seminar
Dr. Siriroj
13:00-15:00
18
Prof. Hatori,
Prof. Ida
Dr. Siriroj
13 Sep
13:00-15:00
17
Video Processing
27 Sep
9:00- 12:00
1.3
Real Time System Design
Prof. Sugino
Dr. Surapa
28 Sep
9:00- 12:00
1.3
Real Time System Design
Prof. Sugino
Dr. Surapa
29 Sep
9:00- 12:00
1.3
Real Time System Design
Prof. Sugino
Dr. Surapa
30 Sep
9:00- 12:00
1.3
Real Time System Design
Prof. Sugino
Dr. Surapa
3 Oct- 7
Oct
Final Examination Week
MTEC laboratory visit
Failure Analysis and Materials Degradation Laboratory
Laboratory
Automotive & Alternative Fuel
10 AE students from 3rd batch with Prof. Masaaki OKUMA, AE
professor from Tokyo Institute of Technology, has visited 8
laboratories from National Metal and Materials Technology
-7-
Center (MTEC),a member of National Science and Technology Development Agency
(NSTDA), on 14 and 21 July 2010.
2010 年 7 月、大熊正明教授（東工大）及び AE プログラム学生 10 名が NSTDA の研究
センターの１つである MTEC（National Metal and Materials Technology Center）の８研究
室を訪問しました。
The aim at AE students got the information of each concerned
laboratories. This information will benefit them for selecting the
laboratory and research topic.
この訪問で得た情報が、2 年次の所属研究室の選択や自分
の研究テーマを決める参考となります。
Metallurgical Laboratory
(冶金学研究室)
The name of 8 laboratories is exhibited below.
訪問した８研究室
1.3D Scanner Laboratory
2. Metallurgical Laboratory
3.CAD/CAE Laboratory
4.Automotive Laboratory (AML)
5.Engineering Ceramic Parts Laboratory 6. Automotive & Alternative Fuel Laboratory
7.Particulate Material Technology R&D Unit Laboratory
8.Failure Analysis and Materials Degradation Laboratory (FAMD)
For this volume, we are proud to recommend you one of 8 MTEC laboratory.
この中で、今回は特に冶金学の研究室を取り上げます。
Metallurgical Laboratory is a technical-service unit under activities of infrastructure
development direction according to research and development fields on metallurgical
engineering.
The laboratory is established to support metals Industry in Thailand, and it also involves
issues related to the other classes of engineering materials, i.e. polymers, ceramics and
composites that concern metals and their processing.
この研究室はタイにおける金属工業をサポートするために作られており、ポリマーや
セラミックといった工業金属、複合材料及びその加工に関わる研究を行っています。
Optical Emission Spectrometer
Re-melting Furnace
-8-
Light Optical Microscope
Services and Equipment :
 Emission Spectrometer
 Re-melting furnace
 Heat treatment furnaces
 Melting furnace
 Hardness tester


Optical microscope
Replication kit
 Flow Analysis Simulation Software
 Casting Simulation Software
For more information, please visit website: www.mtec.or.th
Metallurgical Laboratory. Design and Engineering Research Unit.
Pilot Plant Building, MTEC.
Contact person : Mr.Thanaporn Korad
E-mail: [email protected]
Tel: +662 564 6500 ext.4030 Fax: +662 564 6373
より詳しい情報は、こちらのウェブサイトをご覧ください。
www.mtec.or.th
TAIST Students Join in Junior Students’ Event
TAIST 出身学生が中学生の科学イベントにゲスト参加
3 TAIST students were special guests in activity called ―One day camp in session of way to
science field‖ on 22nd March 2011 at Sirindhorn Science Home, Thailand Science Park (TSP).
There were more than 60 participants who were junior students from Ayudhaya province near
TSP.
Mr.Watcharapong Sirikul,
AE#1
Mr.Thitipun Vanichtanasri,
ICTES#1
Ms.Natcha Prakymoramas,
AE#1
The objective of this activity is to share and exchange experience and information of learning
science field to junior students. These 3 students suggested junior how to learn & spend time in
present day. In addition, 2nd language plays very important role for seeking jobs. They also
encouraged junior actively & patiently. They are good example for TAIST students.
-9-
TAIST に関わる東工大教員紹介
Introducing Professors from Tokyo Tech
研究内容
(research subject)
萩原研究室／Hagiwara Laboratory
萩原一郎 教授 大学院理工学研究科機械物理工学専攻
Prof. Dr. Ichiro Hagiwara, Dept. of Mechanical Sciences and Engineering, Graduate
School of Science and Engineering
URL: http://www.mech.titech.ac.jp/~h-souzou/
研究分野(research area)
折紙工学、協調工学、計算力学、設計工学、CAD/CAM/CAE/CG、画像解析、
振動・騒音・衝撃工学、制御工学
Origami engineering Collaboration engineering, Computational mechanics Design
engineering, CAD/CAM/CAE/CG, Image analysis, Vibration-Acoustics,-Crash
engineering, Control engineering
CAD/CAM/CAE/CG をベースとした物造りに関する研究を行っています。自動車開発を
例にしますと、図 1 のようにクレイモデルの代わりに 3 次元の CAD を生成し、試作車
を製造する代わりに画面上に精巧なモデルを作り、実験の代わりにシミュレーション
します。この製造の変革によって開発期間は大幅に短縮しました。このプロセスに関
連する技術開発が 1 つの主要な研究テーマで TAIST での私の講義のテーマでもありま
す。その他の研究をキーワードで述べます。乗り心地、操縦安定性、音質など人間特
性に関わる性能は、図 1 のシステムでの検討は難しいためドライバーの表情で満足度
を図ります。これが協調工学です。さて人間は身長によって健全な体重の幅が決まる
ように車も容積が決まると健全な重量は決まります。極端に重量をさげますと、特に
振動・騒音・衝撃特性や安定性が問題となります。折り紙構造で重量を大幅に軽量化
する研究、そのときに問題となる振動・騒音・衝撃特性の研究、横風などで不安定化
するところを独自のエネルギー最適制御を使って電気式ステアリングの SBW(ステア・
バイ・ワイヤ)でコントロールする研究を行っています。以上の様子を図２に示します。
ここで折紙工学は私が命名したもので、タイ国の雑誌にも図３のように紹介されまし
た。
We are researching about manufacture based on CAD/CAM/CAE/CG. Taking development
of automobile as example, 3D CAD is generated in place of clay model, precise model is
drawn on computer instead of developing test car, and simulation is conducted for
experiment(Fig.1).This development revolution made it possible to shorten development
period drastically. The technological development related to this process is main subject of our
research and also lecture theme in TAIST.
Our other subjects are introduced by using keyword as follows. The performance related to
human characteristics such as ride comfortableness, steering stability, and sound quality are
difficult to examine with system shown in Fig.1, so its satisfaction is measured by drivers'
facial expression. This subject is called collaborative engineering.
- 10 -
Now, proper weight of automobile is decided according to its volume as well as weight range
of human being is
decided according to its height. When weight of automobile is reduced excessively, there arise
problems of vibration, noise, impact property and stability. We are researching about reducing
vehicle weight by Origami Engineering, and vibration, noise, crash property induced by
reducing weight, and controlling instability for cross wind with electric steering "STW" which
applies our own energy optimal control. These are drawn in Fig.2. Origami Engineering is
originated by us, and introduced on magazine of Thailand as shown in Fig.3.
Fig１ Revolution of automobile
development style
Fig.2
Vehicle conceptual figure using
Origami Engineering
←Fig.3 Origami Engineering introduced
in Thailand
Cover
Article
一色研究室/Isshiki Lab
一色剛 准教授 理工学研究科集積システム専攻
Assoc. Prof. Dr. Tsuyoshi Isshiki, Department of Communications and
Integrated Systems, Graduate School of Science and Engineering
URL: http://www.vlsi.ss.titech.ac.jp/
研究内容：
本研究室では，携帯端末や情報機器に搭載されている高機能組込みシステムとこれを
実現するための最先端 VLSI 技術を駆使したシステム・オン・チップ（SoC）の開発手法
に関する研究を行っている．その中でも，多数のプロセッサを搭載したマルチプロセ
ッサ SoC におけるプログラミング手法，プロセッサ開発手法，システムレベル設計検
証手法等の技術開発を行っている．
- 11 -
Research Area: Our laboratory focuses on the design methodologies of complex
System-on-Chip (SoC) for high performance embedded systems used in mobile terminals and
information devices. In particular, multiprocessor programming methods, processor design
methods, and system-level design verification methods are some of the major research topics.
研究テーマ：
・ 並列処理ソフトウエア開発環境（並列プログラミングモデル，並列コンパイラ，並
列処理シミュレータ）
・ 高速通信機能を搭載したプロセッサ開発（通信・同期命令セット拡張，高速データ
通信制御方式，プロセッサ自動生成手法）
・ 高速画像処理，グラフィックス，無線通信処理等のマルチプロセッサ SoC 開発
Current Research Topics:
・ Parallel processing software development environment (parallel programming model,
parallel compiler, parallel processing simulator)
・ Development of processors with high-speed communications (instruction-set extension for
communication and synchronization, high-speed data transfer protocol, automatic processor
generation methodology)
・ Application-specific multiprocessor SoC development for high-speed image processing,
graphics and wireless communications
void JPEGtop(){
THREAD(BLKcore){ // block-level
for(j = 0; j < imageSizeX; j += 16){
THREAD(Y0){ // process Y0
BLK8x8(&Y0[j],0,&DCy,&state,0);
BLK8x8(&Y0[j+8],0,&DCy,&state,nC);
}
}
}
Trace-Driven MPSoC
Workload Simulator
Processor
Models
TCT programming model
}
TCT-MPSoC
Instruction-Set
Simulator
MPSoC
Arch. Models
19-PE, full-crossbar, 4B/cycle
19-PE, full-crossbar, 2B/cycle
19-PE, single-bus, 4B/cycle
15-PE, full-crossbar, 4B/cycle
15-PE, full-crossbar, 2B/cycle
15-PE, single-bus, 4B/cycle
55
Million Cycles
void BLK8x8(…){
dct(…);
THREAD(Q){…}
THREAD(E){
THREAD(W){…}
}
}
50
45
40
1
TCT Compiler
2
3
4
buffer depth
5
6
7
Architecture/performance
tradeoff analysis
SystemC SW module
generator
Partitioned C-codes
Timing
models
TCT-MPSoC
Prototype Chip
SystemC
trans-actors
TCT-MPSoC Virtual Platform
(LISA model PEs or
SystemC SW modules)
TAIST ICTES プログラム担当講義：
1.2 Embedded Software Design Techniques : Software programming techniques, issues on
embedded software developments
2.1 Basic Digital System Design: Boolean algebra, combinational logic, sequential logic
- 12 -
The 7th International Conference on Automotive Engineering (ICAE#7)
International Conference on automotive Engineering (ICAE) was held in Thailand since 2002
at Bangkok International Trade & Exhibition Center (BITEC) with the collaboration of TSAE
(Society of Automotive Engineers – Thailand), TAIA (Thai Automotive Industries
Association) and Grand Prix International Motor Show. Since then, the conference has been
held every year.
国際自動車技術講演会（ICAE）は、
2002 年から TSAE、TAIA との協
力の下毎年開催されている学会
です。
In this year 2011, ICAE-7 was held
during 28 March – 1 April 2011 at
Challenger, Impact, Muang Thong
Thani, Bangkok, Thailand with
Theme ―Green Technology for
Future Vehicles‖.
2011 年は「未来の車のためのグリ
ーンテクノロジー」をテーマに、3 月 28 日から 4 月 1 日に開催され、7 名の TAIST
プログラム学生が論文発表を行いました。
AE
H.E. Air Chief Marshal Kamthon Sindhvananda, Privy Councilor, was the honorable person to
give the opening speech as well. Prof. Takashi Kitahara, Director of Tokyo Tech Office
Thailand was a member of the International Committee and also chairman of the Technical
session.
There are 7 of TAIST Tokyo Tech’s AE students also presented their papers in this conference.
1. Mr.Dittapoom Shinabuth title ―Comparative Analysis of an Electric Bus Body
Structures for Lightweight Design‖
2. Mr.Nathapol Taweewong title ―Battery Behavior of Electric
Bus at Different Discharge Rate in Real Driving Condition‖
3. Mr.Jenwit Soparat title ―Development of a Liquid Cooling
System for an Induction Motor‖
4. Mr.Piyaboot Ornman title ― Effect of Ethanol Concentration
of Gasohol on Lean Flammability Limit in Direct-Injection
Stratified Charge Engine‖
- 13 -
5. Mr.Prasit Wattanawongsakun title ―Effects of Biodiesel Combustion Product on Engine
Wear Performance of Lubricant‖
6. Mr.Bui Tuan Viet title ―FEM Simulation of Impact Testing for Aluminum Alloy
Wheel‖
7. Mr.Suphakrit Koocharoenprasit title ―Design and analysis of a direct clutch system
prototype for one cylinder diesel engine by using CAD/CAE‖
Special Lecture by Prof. Klell
“Alternative Energy for Internal Combustion Engine”
TAIST students joined the special lecture title
―Alternative Energy for Internal Combustion Engine‖ by
Prof. Klell Manfred from TU, Graz, Austria, on 4th
February 2011, Time 1-3 pm. at room 110, central
building,
National
Science
and
Technology
Development Agency (NSTDA).
2011 年 2 月 4 日に NSTDA にて開催されたクレル・
マンフレッド教授（グラー
ツ工業大学）による「内燃
エンジンのための代替エネ
ルギー」の講演に TAIST 学
生も参加しました。
Information of TU, Graz, Austria
In world-wide competition with comparable institutions, Graz University of Technology
pursues top teaching and research in the fields of the engineering sciences and the
technical-natural sciences. An integral part of putting together excellent education and training
programs is knowing about the needs of society and the economy. Ultimately, the quality of the
education and training at Graz University of Technology is carried by the strength of its
knowledge-oriented and applied research. Numerous competence centers, the
- 14 -
Christian-Doppler laboratories, special research fields, research focuses, and large EU projects
are only a few examples of the University’s extremely active and successful research.
For more information, please see http://portal.tugraz.at/portal/page/portal/TU_Graz
世界的な大学間競争の中、グラーツ工業大学は工学、科学技術・自然科学分野におい
てトップの教育・研究機関を目指しています。優れた教育・トレーニングを生み出す
ために不可欠なのが、社会や経済のニーズを知ること。グラーツ工業大学の教育・ト
レーニングの質の高さは、その知識志向と応用研究の強みによるものです。数多くの
優れたセンター、クリスチャン・ドップラー研究室、特殊研究分野、重点研究、そし
て大規模な EU プロジェクトといった成功例はごく一部に過ぎません。詳細は Web を
ご覧ください。http://portal.tugraz.at/portal/page/portal/TU_Graz
Prof. Klell Manfred
From left; Dr. Chinda Charoenphonpanich
(KMITL), Prof. Klell Manfred (Graz University
of Technology), Prof. Katsunori Hanamura
(Tokyo Institute of Technology)
TAIST-Tokyo Tech donates money assist TSUNAMI victims in Japan
Having received news about the damages caused by the
massive earthquake and the fatal Tsunami that struck the
coastal communities of Japan in the afternoon of March 11,
2011, TAIST-Tokyo Tech decided to alleviate this situation by
being one part to collect donation money from partners
including TAIST students, NECTEC & MTEC researchers,
professors from Thai universities and some NSTDA minded
person and delivered by hand to Japan.
2011 年 3 月 11 日に起きた日本での大震災報道を受け、TAIST- Tokyo Tech では関係
者から募金を集めることとし、その額は 60,224 バーツ（164,907 円）に上り、北原拠点
長の手により日本の東工大基金へと届けられました。これは震災により被害を受けた
東工大学生に援助する基金の一部となります。
TAIST-Tokyo Tech could collect donation for amount of 60,224 Baht (= 164,907 Yen).
Prof.Takashi Kitahara, left side from above picture, Director of Tokyo Institute of Technology
office (Thailand), delivered donation to Tokyo Institute of Technology (Tokyo Tech) in Japan.
- 15 -
TAIST students&staff joined to collect donation.
Prof.Kenichi Iga, President of Tokyo Tech in Japan expressed thanks
through letter to TAIST-Tokyo Tech supporter. One part inside this
letter said that ―Thank you very much for your heartfelt contributions
to the Tokyo Institute of Technology Funds to reach out to our
students who suffered due to the Great Eastern Japan Earthquake‖.
And ―Once again, we would like to thank you from the bottom of our
hearts for the compassionate hand extended from Thailand to our
students. Please continue to watch over our students as they recover
from this devastation‖
We wish that Japan will gracefully recover and rebuild safer communities in a short period of
time.
Toyota Co-generator
TAIST-Tokyo Tech students with Professor and students from King Mongkut’s Institute of
Technology Ladkrabang (KMITL) have travelled to Toyota Ban Pho plant to see the
Co-Generation system on 12th January 2011.
TAIST 教員及び学生（KMITL 所属）は、2011 年 1 月 12 日 TOYOTA バンポー工場
を訪れ、熱電供給システムを見学しました。
We express many deep thanks to Toyota Ban Pho again for warm welcome and hospitality as
well. For more information, please visit website : www.toyota.co.th
Meaning of Co-Generation
Cogeneration (also combined heat and power, CHP) is the use of a heat engine or a
power station to simultaneously generate both electricity and useful heat.
All power plants must emit a certain amount of heat during electricity generation. This can be
released into the natural environment through cooling towers, flue gas, or by other means. By
- 16 -
contrast CHP captures some or all of the by-product heat for heating purposes, either very close
to the plant, or—especially in Scandinavia and eastern Europe—as hot water for district
heating with temperatures ranging from approximately 80 to 130°C. This is also called
Combined Heat and Power District Heating or CHPDH. Small CHP plants are an example of
decentralized energy.
In the United States, Con Edison distributes 30 billion pounds of 350°F/180°C steam
each year through its seven cogeneration plants to 100,000 buildings in Manhattan—the
biggest steam district in the United States. The peak delivery is 10 million pounds per hour
(corresponding to approx. 2.5 GW) This steam distribution system is the reason for the
steaming manholes often seen in "gritty" New York movies.
Other major cogeneration companies in the U.S. include Recycled Energy Development
and leading advocates include Tom Casten and Amory Lovins.
By-product heat at moderate temperatures (212-356°F/100-180°C) can also be used in
absorption chillers for cooling. A plant producing electricity, heat and cold is sometimes called
tri generation or more generally: poly generation plant. Cogeneration is a thermodynamically
efficient use of fuel. In separate production of electricity some energy must be rejected as
waste heat, but in cogeneration this thermal energy is put to good use.
Source : http://en.wikipedia.org/wiki/Cogeneration
Minebea
Minebea Group (Bang Pa-In plant) has welcomed 3rd batch of ICTES students to visit Minebea
factory on 20th January 2011. Mr.Supoj Wattanawichien, Manager of Production System
Development Division, pleased to give useful information concerning production and logistics
to TAIST-Tokyo Tech students.
ミネベアグループ（バンパイン工場）において、2011 年 1 月 20 日 ICTES 第３期生の
見学を受け入れていただきました。Production System Development Division マネージャ
ーである Supoj Wattanawichien 氏が製品とその物流について役立つ説明をしてくださ
いました。
Many staff from Minebea are pleased to welcome all
TAIST-Tokyo Tech students.
We have to thank Mr.Supoj Wattanawichien,our
speaker, Ms.Jaidee Sriboonrawd and Ms.Paweena
Sumalayasak from Recruitment Center and Human
- 17 -
Resources & Administration Division respectively to coordinate well.
History of Minebea
Minebea was founded in 1951 as Japan's first manufacturer to specialize in miniature ball
bearings. As of July 2001, the Company's 50th anniversary, the Minebea Group has grown to
become a leading global supplier of high-precision mechanical and electronic components,
operating 32 plants and 52 sales offices in 14 countries and employing approximately 44,000
people.
ミネベアは 1951 年に日本で初めてミニチュアボールベアリングに特化したメーカー
として設立されました。2001 年 7 月に創業 50 周年を迎え、世界 14 カ国で 32 の工場と
52 の営業所を展開しています。
The Group's largest manufacturing base, and at other plants in Asia, the United States and
Europe. These bearings and components are used in information and telecommunication
equipments, such as PCs, and household electrical appliances, such as VCRs, video cameras
and air conditioners, all of which have become essential to modern-day living.
In both of these key markets, technical advance and the demand for higher performance and
greater miniaturization continue to shorten product life cycles. Consequently, manufacturers in
these industries demand higher-quality and more reliable supplies of bearings and components.
The thorough integration of manufacturing processes, encompassing the production and
maintenance of dies, in-house production of all parts, and final assembly, enables Minebea to
respond precisely to the needs of its customers.
Bang Pa-In plant is the one of Minebea plant which currently operates 2 companies that are
NMB-Minebea Thai Ltd. and Minebea Electronics Motor (Thailand) Co.,Ltd.
NMB-Minebea Thai Ltd. has 3 types of product comprise of Pelmec Bearing Division, NHB
Bearing and Precision Ball.
Pelmec Bearing
Division
Small Sized Ball
Bearings
NHB Bearing
Integral Shaft Bearing
RO Bearings
- 18 -
Precision Ball
Steel ball for ball
bearing
List of Supporting Members for TAIST Tokyo Tech
賛助会会員企業様一覧
(order of application to be member)
Nissan Technical Center South East Asia
Co.,Ltd. (NTCSEA)
www.nissan-global.com
ISUZU Group Foundation
www.isuzu-tis.com
Mitsubishi Electric Corporation
global.mitsubishielectric.com
Fujikura Management Organization Thailand
(FMOT)
www.fujikura.co.jp
Asahi Glass Co.,Ltd. (AGC)
www.agc.co.jp
Akebono Brake Industry Co. Ltd.
www.akebono-brake.com
PTT Exploration and Production Public
Co.,Ltd.
www.pttep.com
IRPC Public Co.,Ltd.
www.irpc.co.th
Teppratarn Kanrae Co.,Ltd.
www.wenggroup.com
Showa Denko K.K.
www.sdk.co.jp
Toyota Motor Thailand Co.,Ltd.
www.toyota.co.th
PTT Aromatics and Refining PLC.
www.pttar.com
PTT Chemical Public Co.,Ltd.
www.pttchem.com
Thai Caprolactam Pub.,Co.,Ltd. (UBE)
www.ube.co.th
Hitachi, Ltd.
www.hitachi.com
Acknowledged our supporting members:
Mitsubishi Electric Corporation is manufactures
electric and architectural equipment, as well as a major
worldwide producer of photovoltaic panels. The
Corporation was established on 15 January 1921.
Buidling & Air Conditioning
systems
Automotive Equipment
Semiconductors & Devices
Information & Communication
Systems
Energy Systems
Space Systems
New Mega Power
Dual Series
Programmable
Logic Controllers
It is one of the Mitsubishi Group core companies. In the
United States, products are manufactured and sold by
Mitsubishi Electric & Electronics USA, Inc.,
headquartered in Cypress, California.
- 19 -
RFID-based Document
Surveillance Solution
With over 90 years of experience in providing reliable, high-quality products to both corporate
clients and general consumers all over the world, Mitsubishi Electric Corporation is a recognized
world leader in the manufacture, marketing and sales of electrical and electronic equipment used
in information processing and communications, space development and satellite
communications, consumer electronics, industrial technology, energy, transportation and
building equipment. The company recorded consolidated group sales of 3,353.2 billion yen in
the fiscal year ended March 31, 2010. For more information, please visit website :
www.mitsubishielectric.com
Toyota Motor Thailand Co., Ltd. manufactures automobiles in
Thailand. It offers pickup trucks and passenger pickup vehicles
(PPV). The company distributes its products through a network of
dealers with various show rooms. Toyota Motor Thailand Co., Ltd.
was formerly known as Toyota Motor Sales Co., Ltd. and changed its
name to Toyota Motor Thailand Co., Ltd. in 1962. The company was
founded in 1956 and is headquartered in Samutprakarn, Thailand.
Toyota Motor Thailand Co., Ltd. operates as a subsidiary of Toyota
Motor Corp. The company and its affiliates have more than 100 dealers, with nearly 300
showrooms.
Toyota Motor Thailand Co., Ltd. has already launch officially the third generation of the 1.8
litre petrol-electric Prius on November 16, 2010 at 1.19 million baht for the standard version
and 1.26 million for the top model. The Prius is to be produced at the Gateway plant in
Chachoengsao at an output of 1,000 units per month with key hybrid components imported
from Japan without duty. The excise tax on hybrid models is 10%, down from the standard rate
of 30%, to promote the production of vehicles powered with alternative fuels. The Prius hybrid
is expected to attract individual customers who are concerned about the environment and also
corporate customers who want to promote an image of environment-friendliness. For more
information, please visit website : www.toyota.co.th
PTT Chemical Public Company Limited (PTT Chemical) is
engaged in the production and distribution of ethylene,
propylene and polyethylene (olefins). Its products are supplied to
downstream petrochemical plants in the industrial estate, the
Company's high density polyethylene (HDPE) plant and the
ethylene/ethylene oxide (EO/EG) plant of TOC Glycol Co., Ltd.,
- 20 -
(TOCGC), its wholly owned subsidiary. It also offers by-products, which include mixed C4,
pyrolysis gasoline, cracker bottom and tail gas. PTT Chemical is also involved in the
production and distribution of electricity, water, steam and other utilities, as well as operation
of production support facilities, such as jetty and petrochemical buffer tank farm services for
liquid chemical, oil and gas. In 2009, the Company has commanded 247.5 megawatts (MW) of
power generating capacity, 480 tons per hour of steam capacity, 1,500 cubic meters per hour of
industrial water, and 1,000 cubic meters per hour of sea water reverse osmosis (SWRO). Please
see more detail in www.pttchem.com
Others types of service from PTT Chemical
PTT Maintenance & Engineering Co.,Ltd. (PTTME) a joint venture
with PTT Public Company Limited, provides maintenance, design
and engineering, construction, machinery operation, material
procurement and production management services.
NPC Safety and Environmental Service
Co.,Ltd. (NPC S&E)
Leader in total solution for occupational health
& safety and Environmental service.
Thai Tank Terminal Ltd. was established on March 27th, 1992 to comply
with the government's policy to promote petrochemical and heavy
industries. It is the operation of the transport and storage business for
Petroleum and other liquid products through Map Ta Phut Jetty, Rayong.
“We continue to introduce other supporting companies
in the following volumes of TAIST Newsletter.
- 21 -
“Fantastic Thai Food”
Dr. Dumrongkiat Ratana-Amornpin
Do you know what are the―World Top 3 Soups‖ ?
There are several opinions world wide but a typical Thai dish, Shrimp Herb Soup, called―Tom
Yam Goong‖(ต้ มยำกุ้ง) is always listed among the world best soup.
The next question is, what are the 4 key flavors of typical Thai dishes ?
The answer: Spicy hot, sour, sweet and salty flavors make Thai dishes delicious
The attraction of Thai dishes, I dare say, is derived from the distinctness, not the mixture,
of these four flavors. It is completely different way from the Japanese preferred taste of
―Umami‖.
Thai food is very well-known in the world cuisine. It is recognized, by people outside
of Thailand, for its spicy taste and typical ingredients. Hot peppers are the signature
ingredient in Thai recipes, but we also have another important ingredient which you may find
in many dishes. It is "Kati" (กะทิ) or coconut milk, a milky white cooking base derived from
the meat of a mature coconut. This unique ingredient plays the important role in famous main
dishes such as chicken green curry called "Kang Khew Waan Kai" (แกงเขียวหวำนไก่) or chicken in
sour soup called "Tom Kha Kai" (ต้ มข่ำไก่). Moreover, coconut milk is "A must" ingredient for
Thai dessert such as "Kluay Buat Chi" (กล้ วยบวชชี) or banana cooked in coconut milk and "Kao
Nieow Ma-Muang" (ข้ ำวเหนียวมะม่วง) or sticky rice and ripe mango topped with coconut milk
which is a popular dessert for foreigners.
In addition, we can enjoy the various tastes from the different parts of Thailand. For
example, if you visit Chiang Mai, the northern part of Thailand, their recommended plate is
"Khao Soy" (ข้ ำวซอย), a rich curry sauce with yellow egg noodle in the soup garnished with crisp
egg noodles. If you visit the north eastern part of Thailand, their outstanding plates are "Som
Tum" (ส้ มตำ), a spicy salad made from shredded unripe papaya, and "Kai Yang Jim Jeaw" (ไก่ยำ่ ง
จิ ้มแจ่ว), roasted chicken with a unique spicy sauce.
One of the most well-known dishes from
southern Thailand is ―Kaeng Tai Pla‖ (แกงไตปลำ), the extremely hot, thick soup with a salty taste.
It is made with fish kidneys, liver, maw and mackerel heart or other fish mixed with salt and
turmeric.
You should try and enjoy Thai Food by yourself and you will learn why it is so
fascinating and enchanting. And, do not forget to have a cup of coconut ice cream ―Kati‖ to
soften or extinguish your burnt tongue, na khrap.
- 22 -
TAIST 学生見学ツアー受入企業様募集！
TAIST Office organizes two to three study tours for our TAIST students every year. We solicit
hosting companies and visit their factories. These tours not only give our students opportunities
to see and feel how technologies are applied in real life, but also help them strengthen the sense
of direction for their future goals.
On the other hand, this will be an excellent public relations opportunity for hosting companies.
Through a tour, you’ll be able to communicate your needs and wants with your students as well
as listen to theirs.
All you need to do is to appoint a guide to give a tour of your company and Tokyo Tech will
do the rest, including a chartered bus.
Our study tours have been very successful and fun!
Please take this great opportunity and sign up to host a study tour!!
TAIST 事務室では、年に２～３回の TAIST 学生向け工場見学ツアーを実施していま
す。このツアーは、学生にどのように技術が実生活に生かされているか学ぶ機会を与
えるだけではなく、将来のビジョンを固める助けともなっています。
また、一方で見学を受け入れてくださる企業の皆様にとっても、学生からニーズや
要望を聴くと同時に、企業側のニーズや要望を学生に伝えるチャンスとなります。
受入企業様にはご案内頂く担当者をご指名頂くだけで、その他必要なバス等の手配
は TAIST 事務室にて行います。是非この機会をご活用ください（受入のお申し出は随
時受け付けております）。
Factories we have visited in the past are:
過去に訪問させていただいた工場
◆
◆
◆
◆
Interested in hosting or need more
information?
Please contact Tokyo Tech Office
(Thailand)!!
Phone:02-564-8016
E-mail:[email protected]
[email protected](日本語)
Contact Person: Ms. Chayanan
Toyota Banpo Factory
Fujikura
PTT Research
Technology Institute (PTT Group)
and more!
- 23 -
情報/Information
TAIST Tokyo Tech 拠点/ Bases of TAIST Tokyo Tech
タイ国科学技術開発庁：NSTDA
TAIST Tokyo Tech Office, National Science and Technology Development Agency
http://nstda.or.th/taist_tokyo_tech/
111 Thailand Science Park, Phaholyothin Road, Klong 1, Klong Luang, Pathumthani 12120
Ms. Chayanan: [email protected] Phone: 66-2-564-8017 FAX: 66-2-564-8019
東京工業大学タイオフィス：Tokyo Tech Office (Thailand)
http://www.ttot.ipo.titech.ac.jp/index.html
P-205 Thailand Science Park, 111 Phaholyothin Rd., Klong 1, Klong Luang, Pathumthani
12120 Phone: 66-2-564-8016 to 8018 FAX: 66-2-564-8019
Ms. Krittaya: mailto:[email protected]
Ms. Samanan: mailto:[email protected]
TAIST プログラム運営委員会構成/ Steering Committee for TAIST in Tokyo Tech
東京工業大学 TAIST 運営委員会 委員長
Chairman, Steering Committee for TAIST
副委員長・AE プログラム長
Vice Chairman/Head, AE Program
ICTES プログラム長
Head, ICTES Program
EnvE プログラム長
Head, EnvE Program
BIO プログラム長
Head, BIO Program
岡崎 健
Prof. Dr.
花村克悟
Prof. Dr.
國枝博昭
Prof. Dr.
鈴木正昭
Prof. Dr.
三原久和
Prof. Dr.
教授
Ken Okazaki
教授
Katsunori Hanamura
教授
Hiroaki Kunieda
教授
Masaaki Suzuki
教授
Hisakazu Mihara
ニューズレター発行責任者/Newsletter Publisher
東京工業大学 国際室
E-mail: [email protected]
International Office, Tokyo Institute of Technology
編集者：
TAIST 運営委員会 委員長
岡崎 健 教授
Editor in chief: Prof. Ken Okazaki, Chairman,Steering Committee for TAIST in
Tokyo Tech
スタッフ：
TAIST 事務室
国際連携コーディネーター
紫村 次宏
Editors:
Tsugihiro Shimura, International Cooperation Coordinator
TAIST 事務室
寺内亜希子
Akiko Terauchi, Staff, TAIST Secretariat in Tokyo Tech
Ms. Chayanan Lurdjarupong, TAIST-Tokyo Tech Program Officer,
Tokyo Tech Office Thailand/NSTDA
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