ూ̱ࡾഈ‫ ޙ۾‬ጀ߈ࡾ‫ޙ‬ᆅሱ੔Precision and Intelligenceg
Laboratory
Tokyo Institute of Technology

Precision and Intelligence Laboratory
Tokyo Institute of Technology

Contentsภᬆˁධ͍੔ᩋ History / Former Directors ·········································································································· 1੔ᩋ઱ણ Message from Director ···························································································································· 2ᴮᴫക  ᛵ General Information ························································································································ 41.1 ᆅሱ੔Ɂകᛵ Summary of the Research Institute ···································································································· 41.2 ˿Ƚ਽౓ Notable Achievements ··························································································································· 41.3 ᆅሱ੔ɁᆅሱጸᎥ Organization ························································································································· 5ᴯᴫᆅሱ޷ጳ̿ Laboratory Introduction··············································································································· 8ᅺᑤԇࡾ‫᥂ޙ‬ᩌ Advanced Information Processing Division ······························································································ 8഍ॊʑʚɮʃ᥂ᩌ Advanced Microdevices Division ······································································································ 11ጀൡʑʚɮʃ᥂ᩌ Precision Machine Devices Division ································································································· 13ᯚൡᑤԇʁʃʐʪ᥂ᩌ Advanced Mechanical Systems Division ···················································································· 15аብయ୳᥂ᩌ Advanced Materials Division ·················································································································· 17цᣮ Common Division ·············································································································································· 19ʟɳʒʕɹʃᪿሥʁʃʐʪᆅሱʅʽʉ˂ Photonics Integration System Research Center ·············································· 20ʅɷʯɬʑʚɮʃᆅሱʅʽʉ˂ Secure Device Research Center················································································ 21ʅɷʯɬʑʚɮʃᆅሱʅʽʉ˂޵‫׆‬ᆅሱ᥂ᩌ Secure Device Research Center (Guest
Chair) ······································· 22
uest Chater (Guest Chair)
air ··································· 23ʅɷʯɬʑʚɮʃᆅሱʅʽʉ˂ໄ޵‫׆‬ᆅሱ᥂ᩌ Secure Device Research Centerᅺᄑ៣ႇҟႊୈ૵ʁʃʐʪ޵‫׆‬ᆅሱ᥂ᩌ Intellectual Property Utilization System
m Division (Guest
st Chair) ··························· 24аብʟɳʒʕɹʃ޵‫׆‬ᆅሱ᥂ᩌ Advanced Photonics Division (Guest Chair) ·································································
25·················

ᴰᴫᆅሱ๊Ӧ Research Activity ··························································································································
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3.1 Ӂᣲᆅሱ೓Ȼцպᆅሱʐ˂ʨ Creative Research Laboratory and Cooperative Researcha Projects
ro ts ······························· 26
3.2 ɹʴ˂ʽʵ˂ʪ Clean Rooms ··························································································································
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ᴱᴫȰɁͅ Others ·················································································································································· · ···················
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᚜ᴮ ᆅሱጕᐳ‫׆‬ୣ Number of Researcharch Staff ··································································································································· · ···················
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᚜ᴯ ୧٥ˁ࣮࿎ Site and Buildings
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᚜ᴰ ጽ៵ Budget ·················································································································································
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Gradua Students
Studen ··························································································
᚜ᴱ ‫ޙ۾‬᪋‫ޙ‬ႆኄ‫׆‬ୣ Number of Post Graduate29᚜ᴲ ๜۶ຝᓎᐐୣ Countries Visited by Staff Members ······························································································
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ᐳ‫ ׆‬Staff ···································································································································································
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ȬȭȞȤիɷʭʽʛʃʨʍʡ Suzukakedai Campus Map ······························································································
3···················

᚜ጤɁᝢ஥ᴷሳȞɜ᛻ȲȬȭȞȤիɷʭʽʛʃ

Cover: The bird’s-eye view of Suzukakedai Campus

1939 Dec. ጀ߈ൡಽᆅሱ੔ɥӁᜫภᬆᴥல֪ࢳఌᴦ Research Laboratory of Precision Machinery

History

1944 Jan. ᫖‫ޙࡾފ‬ᆅሱ੔ɥӁᜫᴥல֪ࢳᴮఌᴦ Research Laboratory of Electronics

Res. Lab. of P M was founded.

Res. Lab. of E was founded.

1946 Mar. ᫖‫ޙࡾފ‬ᆅሱ੔ɥ᫖෥ᇼ‫ޙ‬ᆅሱ੔Ⱦ୎ለ

ᴥல֪ࢳᴰఌᴦ Research Laboratory of Electronics renamed to Research Laboratory of Electrical Science

1954 Apr. ˨ᜤᴯᆅሱ੔ɥն΄Ȫጀ߈ࡾ‫ޙ‬ᆅሱ੔ɋ୎ጸ

ᴥல֪ࢳᴱఌᴦ These two Laboratories combined into Research Laboratory of Precision Machinery and Electronics

Res. Lab. of E S .

Res. Lab. of P M E .

1975 Sep. ూ̱ࡾഈ‫ޙ۾‬ᩋแႎɷʭʽʛʃᩒᜫȾͧȗး٣٥Ⱦሉᢆ

ᴥல֪ࢳᴶఌᴦ Moved to Nagatsuta Campus.

1991 Apr. ᔐ᝙ջɥ“Precision and Intelligence Laboratory”Ⱦ۰௿

Changed owr English name to the Precision and Intelligence Laboratory P& I Lab .

ᴥࢲ਽ᴰࢳᴱఌᴦ

1993 Apr. ᴲ‫᥂۾‬ᩌԇɥ˹॑Ⱦ୎ጸ
ᴥࢲ਽ᴲࢳᴱఌᴦ

Reorganized into 5 large divisions.

2000 Apr. ʨɮɹʷʁʃʐʪᆅሱʅʽʉ˂ɥᜫᏚ
ᴥࢲ਽ࢳᴱఌᴦMicrosystem Research Center was founded.

2004 Apr. ‫ޙ۾‬Ɂّ቏‫ޙ۾‬ศ̷ԇȾͧșጸᎥ۰௿ᴥࢲ਽ࢳᴱఌᴦReformation to National University Corporation.

2008 Apr. ʅɷʯɬʑʚɮʃᆅሱʅʽʉ˂ɥᜫᏚ

ᴥࢲ਽ࢳᴱఌᴦSecure Device Research Center was founded.

2010 Mar. ʨɮɹʷʁʃʐʪᆅሱʅʽʉ˂஽᪅ࣔඨ
ᴥࢲ਽ࢳᴰఌᴦMicrosystem Research Center period abolition.

2010 Apr. ʟɳʒʕɹʃᪿሥʁʃʐʪᆅሱʅʽʉ˂ɥ୿ᜫ
ᴥࢲ਽ࢳᴱఌᴦ Photonics Integration System Research Center was established.

2010 Apr. ፋնᆅሱ᪋ȟᜫᏚȨɟ᪀Ꮪᆅሱ੔ᏰɁᤆ؆Ɂፋնԇɥᩒܿᴥࢲ਽ࢳᴱఌᴦ Integrated Research Institute was established as a supervisory of multiple research insutitutes



ධ͍੔ᩋ

ጀ߈ൡಽᆅሱ੔ ʹȁజ ᥾ ᪽ᴥலᴦ

Res. Lab. P M

Shigeo SASAKIFormer
Directors᫖‫ޙࡾފ‬ᆅሱ੔ ࠞ ట   Ӣᴥலᴦ


Res. Lab. E

Isamu YAMAMOTO ᴥᴦ

᫖෥ᇼ‫ޙ‬ᆅሱ੔ ࠞ ట   Ӣᴥலᴦ

Res. Lab. E S

Isamu YAMAMOTO ᴥᴦ

ጀ߈ࡾ‫ޙ‬ᆅሱ੔қ͍ ๜ᐍՁ ୢ շᴥலᴦ












Res. Lab. P M Eᴥᴦ

The 1stKeikichi EBIHARA ᴥᴦ

ᴯ͍ ߙ շ ጠ ˢᴥலᴦ

The 2nd

Junichi SANEYOSHIᴥᴦ

ᴰ͍ ˹ ႎ   ‫ޔ‬ᴥலᴦ

The 3rdTakashi NAKADAᴱ͍ ߙ շ ጠ ˢᴥலᴦ


The 4thJunichi SANEYOSHIᴥᴦᴲ͍ ˹ ႎ   ‫ޔ‬ᴥலᴦ

The 5thTakashi NAKADA



 


ᴳ͍ ޺ ႎ ੓ ᣋᴥலᴦ

The 6thFusachika MIYATA ᴥᴦ

ᴴ͍ ႎ ˹   ߙᴥலᴦ


The 7thMinoru TANAKAᴵ͍ ᇩ ˫ ̷ тᴥலᴦ

The 8thHitohiro FUKUYO ᴥᴦᴶ͍ ᆀ ࡺ ̝ ᤼ᴥலᴦ

The 9thJiro ISHIKAWA͍ ෺ ᤯   ูᴥலᴦ


The 10th Yo IKEBE

ᴥᴦ

͍ ೘   ಂ ձᴥலᴦ

The 11th Eiji MORIᴥᴦ

͍ շ ట   Ӣᴥலᴦ

The 12th Isamu YOSHIMOTOᴥᴦ

͍ ‫ ژ ࡥ ܝ‬ᓦᴥலᴦ


The 13th Motoyoshi OKUJIMAᴥᴦ

͍ ˹ ᥿ ֪ ‫܁‬ᴥࢲᴮᴦ

The 14th Kazuo NAKANOጀ߈ࡾ‫ޙ‬ᆅሱ੔͍ ಭ ༖ ຏ णᴥࢲᴱᴦ

P&I Lab.ᴥᴦ The 15th Kiyohiko UMEZAWAᴥᴦ

͍ ͜ ៹ ϧ ˢᴥࢲᴴᴦ

The 16th Kenichi IGA͍ ˩ธ᤮   ஥ᴥࢲᴦ

The 17th Akira SHIMOKOHBEᴥᴦ

͍ ˨ ᏹ ១ ᚐᴥࢲᴦ

The 18th Sadayuki UEHA͍ ൐ ႎ ᅉ ˢᴥࢲᴦ

The 19th Shinichi YOKOTA ᴥᴦ

͍ ߴ ౑ ӎ ᤼ᴥࢲᴦ

The 20th Kohroh KOBAYASHIᴥᴦ

͍ Ԉ ಴ ய ‫܁‬ᴥࢲᴦ

The 21st Haruo HOUJOHᴥᴦ

͍ ʹ ᗵ   ᝚ᴥࢲᴦ

The 22nd Makoto SATO

ᴥᴦ͍ ୿ ᥿ ᇸ ਜᴥࢲᴦ

The 23rd Hidenori SHINNO ᴥᴦ

ᴥᴦ
ᴥᴦ
ᴥᴦ
ᴥᴦ

ᴥᴦ

ᴥᴦ
ᴥᴦ

੔ᩋ઱ણ


Message from the Director ጀ߈ࡾ‫ޙ‬ᆅሱ੔ᴥႩለᴷጀᆅᴦɂᴩጀ߈ൡಽᆅሱ੔ᴥࢳӁᜫᴦȻ᫖෥ᇼ‫ޙ‬ᆅሱ੔ᴥࢳӁᜫᴦȟࢳȾն΄ȪȲᆅሱጸᎥȺᴩూ̱ࡾഈ‫ޙ۾‬᪀Ꮪᆅሱ੔ɁˢȷȺȬǿᜫ቏͏఼ᴩጀᆅɂȈጀ߈ࡾ‫ޙ‬ȾȝȤɞ‫ޙ‬ျɁሱ஥Ȼख़ႊȉɥʩʍʁʱʽȻȪȹૡȥᴩա៹᣼ኍଡ଼ૌᴥ෩௕ળӦ‫ފ‬ɁᆅሱᴦȻ˹ႎ‫ޔ‬ଡ଼ૌᴥථ᡾ࡾ‫ޙ‬ȻᒲӦҤॅɁᆅሱᴦɁᴯջɁஓట‫ۢޙ‬᪋͢‫׆‬ɥᢝҋȬɞȻȻɕȾᴩȨɑȩɑȽᆅሱ਽౓ɥӁҋȪᴩႇഈႜɗ‫ޙ‬ႜɁᄉࠕȾ۹‫۾‬Ƚ៤စɥȪȹȗɑȬǿ΍țɃᴩൡಽɥͽɞȲɔɁൡಽȺȕɞࡾͽൡಽɁୣϏҤॅ੫ᚓȾȝȤɞਾȟّɁʵ˂ʎȺȕɞȦȻɂᓦȢᅺɜɟȹȗɑȬǿఊᣋȺɂᴩూ̱ࡾഈ‫ޙ۾‬ɁҰ‫ޙ‬ᩋȺȕɞ͜៹ϧˢଡ଼ૌᴥᬂᄉбʶ˂ʀɁᄉ஥Ȼ޴
ႊԇɁᆅሱᴦȟ˰ႜᄑȾᯚȢ᜻ΙȨɟȹȗɑȬǿ ጀᆅɂൡಽࡾ‫ޙ‬ᴩҤॅࡾ‫ޙ‬ᴩ᫖‫ޙࡾފ‬ᴩষ‫ޙࡾڨ‬ᴩయ୳ࡾ‫ޙ‬ȻȗȶȲࢿኰȽᆅሱґ᥿Ɂଡ଼‫׆‬Ȟɜഫ਽ȨɟȹȗɞȦȻȟ࿑ौȺȬǿࢳȾȈጀ߈ȻᅺᑤɥᙤնȪȲ୿Ȫȗጀ߈ࡾ‫ޙ‬ȉɁӁ਽ɥɔȩȪȹᴩᔐ୫ջለɥȈ2TGEKUKQP
CPF+PVGNNKIGPEG.CDQTCVQT[ᴥႩለᴷᵍᴣᵆ.CDᴦȉȾ۰௿Ȫᴩᆅሱߦ៎Ȼኰٍɥછ‫۾‬ȪɑȪȲǿȰȪȹࢳ
Ⱦि఼ɁᆅሱͶҤȞɜᅺᑤԇࡾ‫ޙ‬ᴩ഍ॊʑʚɮʃᴩጀൡʑʚɮʃᴩᯚൡᑤԇʁʃʐʪᴩаብయ୳Ɂᴲ᥂ᩌᆅሱ
ґ᥿ɁͶҤȾ୎ጸȪᴩး٣ȾᒴȶȹȗɑȬǿጀᆅɁʷɾȈʐʒʳɋʓʷʽᴥඩ‫ه‬ᬂͶᴦȉɂᴩȰɟɜᴲ᥂ᩌɁ፯߈
ȽᣵଆȾɛɞႱґ᥿ᙤնጸᎥȺȕɞȦȻɥ៎ौȪȹȗɑȬǿጀᆅȾɂᴩӏțȹࢳȾ୫᥂ᇼ‫ޙ‬ᅁᵀᵌᵂʡʷɺ
ʳʪȞɜᄉࠕȪȲʨɮɹʷʁʃʐʪᆅሱʅʽʉ˂ᴩࢳȾާпˁާ॑ɁȲɔɁʑʚɮʃɁ޴းɥɔȩȪȲʅɷʯɬʑʚɮʃᆅሱʅʽʉ˂ᴩඒȗȺ޵‫᥂׆‬ᩌɁᅺᄑ៣ႇҟႊୈ૵ʁʃʐʪᆅሱ᥂ᩌȻаብʟɳʒʕɹʃᆅሱ᥂ᩌ
ȟᜫᏚȨɟȹȗɑȬǿȽȝᴩʨɮɹʷʁʃʐʪᆅሱʅʽʉ˂ɂᴩࢳȾඒ˰͍бʗʍʒʹ˂ɹɁ޴းɥɔȩȪȲʟɳʒʕɹʃᪿሥʁʃʐʪᆅሱʅʽʉ˂Ⱦᢆ૰Ȫȹᴩᆅሱ๊Ӧɥ૜᣹ȪȹȗɑȬǿ ȦɁ࣊ᴩࢳᴱఌᴮஓ͇ȺጀᆅɁቼ͍੔ᩋȾ߿͖ᒵȪɑȪȲǿᣋࢳᴩ‫ޙ۾‬ɥ՘ɝࢊȢၥ‫ہ‬ɂᴩӅᄑȾ۰ԇȪȹȗɑȬǿၥ‫ہ‬۰ԇȾᣉᣱȾߦख़ȬɞȲɔᴩూ̱ࡾഈ‫ޙ۾‬ȺɂጀᆅҋᡵɁ˧ࡀᓦᄽ‫ޙ‬ᩋɁऐӌȽʴ˂ʊʁʍʡ
Ɂ˩Ⱥᴩ‫۾‬᛼ൌȽ‫୎ޙ۾‬ᬆ޴ᚐʡʳʽȟᩒܿȨɟȹȗɑȬǿȦɁ޴ᚐʡʳʽȾߦȪȹጀᆅɂሥ഍ᄑȾᩜɢɝᴩȦɟɑȺ͏˨Ⱦ‫ޙ‬ю۶ȾȝȤɞʡʶʆʽʃɥᯚɔɞ੔‫ސ‬ȺȬǿɑȲᴩႇഈႜᴩ‫ޙ‬ႜᴩ୑ࣈൡᩜȻɁ፯߈Ƚᣵଆɥ᣹
ɔȽȟɜ୿ȲȽ‫ޙ‬ᚓᬻ‫ڒ‬ȻȪȹɁጀ߈ࡾ‫ޙ‬ɁӁ਽ᴩ‫ޙ‬ျɁሱ஥ȻᄉࠕȾ៤စȪɛșȻᐎțȹȗɑȬǿᄒറɁȧျᜓȻȧୈ૵ɥɛɠȪȢȝ᭐ȗ႑Ȫ˨ȥɑȬǿ



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୿᥿

ᇸਜ

Hidenori ShinnoᴩProfessor, Dr.Eng.

 Precision and Intelligence LaboratoryᴥP&I Labᴦis one of the four research laboratories in Tokyo Institute of Technology, which
was founded in 1954 with the name of “Research Laboratory of Precision Machinery and Electronics”. The primary mission of the
Lab has been the establishment of precision engineering and its industrial application. The Lab evolved to widen the target of themission having the combination of a variety of research areas such as information, electronics, mechanics, Mechatronics andmaterials, and to lead interdisciplinary research. With a long history of the Lab, new research areas and fundamental technologies
have made significant contributions by talented staff members to the welfare of the human society. Significant outcomes of the Lab
include the temperature-independent quartz crystal oscillator by Prof. Issac Koga, the gear drive engineering and automatic
control technology by Prof. Takashi Nakada, and the vertical cavity semiconductor lasers and their application by Prof. Ken-ichi Igaᴥthe former President of Tokyo Inst. Tech.ᴦ.
 The Lab reformed its structure having five research divisions, i.e., Advanced Information Processing Div., Advanced
Microdevices Div., Precision Machine Devices Div., Advanced Mechanical Systems Div. and Advanced Materials Div. in 1993. The
Lab’s present logo, which represents a regular tetrahedral structure in which each division is located at each of the apexes and the
midst, indicates that the staff members of the Lab will both establish each specialty and enhance synergistic interaction between
divisions. In addition to the core structure, Micro-System Research Center built in 2000 after the 21st Century COE programsupported by the Ministry of Education ran for further development of Ultra-Parallel Opto-electronics, and have just renewed to
Photonics Integration System Research Center. Also Secure Device Research Center was founded in 2008 as a new research
center. The Lab has also collaborated with outer academic and industrial society by the guest research division such as Secure
Devices, Intellectual Property Utilization System and Advanced Photonics to enhance the activity of the Lab.
 The Lab is now facing to social demands to enhance further potential of research that can contribute to the sustainable world.
With the leadership of the President Dr. Yoshinao Mishima, organizational reform iss now carriedout based on the actual reformcaplans which incorporate the university’s strength. The Lab’s achievements will further progress
progre by coping with the university’s
action plan. In addition, the Lab is willing to make a strong effort to extend ourdiversity by doing basic andur research havinghapioneering ones based on collaborative potential. On behalf of all the staff members
mbers
mbbers of thebh Lab, I would like to appreciate any
encouragement and support to our activities given for all of you.

ക ᛵOverview ᆅሱ੔Ɂകᛵ About P&I Lab.
 ّ቏‫ޙ۾‬ศ̷ూ̱ࡾഈ‫ޙ۾‬Ȉጀ߈ࡾ‫ޙ‬ᆅሱ੔ȉɂᴩᴰ‫᥂ޙ‬ᴩᴳ‫ޙ۾‬᪋ᆅሱᇼᴩᴱ᪀Ꮪᆅሱ੔ᴩሗȁɁᆅሱଡ଼ᑎஃᜫȽɜɆȾ
ʅʽʉ˂ኄȞɜȽɞూ̱ࡾഈ‫ޙ۾‬Ɂ᪀Ꮪᆅሱ੔ɁˢȷȺȕɝᴩ࿎ျˁষ‫ڨ‬ґ᥿ȾȝȤɞᆅሱɥઆȶȹȗɞǿటᆅሱ੔Ⱥɂᴩɮ
ʽʟɳʫ˂ʁʱʽʐɹʘʷʂ˂ᴥᵆᵑᴦᴩʔʘʐɹʘʷʂ˂ᴥᵋᵑᴦᴩʚɮɴʐɹʘʷʂ˂ᴥᴿᵑᴦȝɛɆȦɟɜɁᙤնȕɞȗɂᛓնȪȲ੫ᚓȟᴩᇋ͢Ⱦ‫۾‬ȠȽफᬭӌɥધȴᴩ̷᭒ɁᄉࠕˁᇩᇐɁտ˨Ⱦ‫۾‬ȠȢ៤စȬɞȻɁ̙᛻ɁɕȻᴩࢳ͍ɁқɔȞɜጀ߈ȻᅺᑤɁᙤնɥ஍ԱȾᆅሱɥ૜᣹ȪȹȠȹȗɞǿȦɁ‫۾‬ȠȽ஁տॴɁɕȻȺᴩ᪀Ꮪᆅሱ੔ɁमᄻɁɅȻȷȺȕɞᴩ୿ᬻ‫ڒ‬Ɂᩒ઒ɥᄻ઩Ȭ࿲Ӂᄑʁ˂ʄ઩տɁ‫ژ‬ᄷ੫ᚓᆅሱȻᴩႱґ᥿ᙤնȕɞȗɂႇ‫ޙ‬ᣵଆɥ઩տȬɞʡʷʂɱɹʒᆅሱɥʚʳʽʃɛȢ᣹ɔᴩȦɁґ᥿ȺɁʅʽʉ˂ɴʠɲɹʅʶʽʃȻȽɞɌȢൡಽࡾ‫ޙ‬ᴩҤॅࡾ‫ޙ‬ᴩ᫖‫ޙࡾފ‬ᴩষ‫ޙࡾڨ‬ᴩయ୳ࡾ‫ޙ‬ɁᆅሱᐐȟԦӌȪȹᆅሱɥ૜᣹Ȫȹȗɞǿ టᆅሱ੔ɂᴩᴲ‫۾‬ᆅሱ᥂ᩌᴥᅺᑤԇࡾ‫ޙ‬ˁ഍ॊʑʚɮʃˁጀൡʑʚɮʃˁᯚൡᑤԇʁʃʐʪˁаብయ୳ᴦᴩᴯᆅሱʅʽʉ˂ᴥʟ
ɳʒʕɹʃᪿሥʁʃʐʪˁʅɷʯɬʑʚɮʃᴦ
ᴩᴯ޵‫᥂׆‬ᩌᴩȽɜɆȾцᣮஃᜫȻ̜ө޷Ⱥഫ਽Ȩɟȹȗɞǿᴲ‫۾‬ᆅሱ᥂ᩌɂ
Ɂᆅሱґ᥿Ȟɜഫ਽Ȩɟȹȝɝᴩ޵‫᥂׆‬ᩌɥֆɔȲȰɟȱɟɁߩᩌґ᥿ȺɁ‫ژ‬ᄷ੫ᚓᆅሱ๊Ӧɥ᣹ɔɞȻȻɕȾᴩႱȽɞґ᥿Ɂᆅሱᐐȟ߈૚ȽԦӌৰӯɥጸɓȦȻȾɛɝᴩцպᆅሱɗʡʷʂɱɹʒᆅሱɥ᣹ɔȹȗɞǿ టᆅሱ੔Ɂଡ଼‫׆‬ɂᴩаብᄑᆅሱɥ‫ژ‬ᄷȻȪȹᴩ‫ޙ۾‬᪋፱նျࡾ‫ޙ‬ᆅሱᇼɁԦӌផ࣋ɥઆछȪᴩ‫ޙ۾‬᪋‫ޙ‬ႆɥߦ៎ȻȪȲ‫ޙ‬ᚓᬻ‫ڒ‬ɁផᏲɥᚐșȻȻɕȾᴩεۢȽɜɆȾԩۢհɁ‫ͱޙ‬՘ीɁȲɔɁᆅሱ઩߳ɥᚐȶȹȗɞǿцᣮஃᜫȻ̜ө޷ɂȦɁɛșȽᆅሱ੔ɁͶҤɥୈțȹȗɞǿ The Precision and Intelligence Laboratory is one of the four research laboratories belonging to the Tokyo Institute of Technology,
which consists of three faculties, six graduate schools, four research laboratories and several research and education centers.
 The laboratory has five divisions consisting of 15 research sections, two research centers, two guest chairs and several
supporting facilities.

It is an interdisciplinary research organization with staff members in mechanical, control, electronic,

information, and materials engineering.

Their activities are oriented toward “integration of precision and information technology”

by combining their specialties of wide variety together, which requires a joint effort among researchers in different fields.
 The faculty members are also engaged in education for graduate students, offering lectures and supervising researches toward
doctor’s and master’s degrees.
 ˿Ƚ਽౓ Notable Achievements ȦɟɑȺᴩա៹᣼ኍଡ଼ૌᴥ෩௕ળӦ‫ފ‬Ɂᆅሱᴦᴩ˹ႎ‫ޔ‬ଡ଼ૌᴥථ᡾ȝɛɆᒲӦҤॅɁᆅሱᴦȻȗșᴯջɁ‫ۢޙ‬᪋͢‫׆‬ɥႆɒҋȪɑȪȲǿȨɜȾᴩႱȽɞᆅሱᐐȟцպȪȹʁʔ˂ʂӛ౓ɥᄉ૴ȪᴩୣϏҤॅᴥᵋᵀᴦȾᩜȬɞᆅሱᩒᄉȺᴩਾّɁࡾͽൡಽɗʷʦʍʒɁᄉࠕȾ៤စȪᴩɑȲ᫽ደࡾ‫ޙ‬Ȼȗș୿Ȫȗࡾ‫ޙ‬ґ᥿ɥᩒ઒ȪȹȠɑȪȲǿɑȲᣋࢳɁ˿ᛵȽഈ᎝ɁˢȷȾᴩ͜៹
ϧˢଡ଼ૌᴥҰట‫ޙޙ‬ᩋˁջᝑଡ଼ૌᴦȾɛɞȈᬂᄉбʶ˂ʀȉɁᄉ஥Ȼ޴ႊԇȟȕɝᴩбষ‫ڨ‬ᣮαɁɷ˂ʑʚɮʃȻȪȹ᥾ᛵȽमҾɥ౓ȲȪȹȝɝɑȬǿȦɁഈ᎝ȟ‫ژ‬ȻȽɝᴩȈᠯ˶Қбɲʶɹʒʷʕɹʃȉᴥ͍᚜ᴷ͜៹ϧˢଡ଼ૌᴦȟ୫᥂ᇼ‫ޙ‬ᅁɁ˹ಎᄑ
ᆅሱચཟᴥᵀᵌᵂᴦढ਽ʡʷɺʳʪɁˢȷȾᤣɃɟɑȪȲǿࢳᴥࢲ਽ࢳᴦȾɂᴩȦɁʡʷɺʳʪɁᄉࠕȻȪȹᴩ‫ᦀ߁۾‬бᣮαʁʃʐʪᴩ‫ᦀ߁۾‬бʫʬʴɗ˶Қষ‫ڨ‬ѿျʁʃʐʪɁȲɔɁ୿ȪȗʑʚɮʃՒɆʁʃʐʪɁᩒ઒ɥʩʍʁʱʽȻȬɞʨɮɹʷʁʃʐʪᆅሱʅʽʉ˂ȟᜫᏚȨɟᴩࢳɛɝɂʟɳʒʕɹʃᪿሥʁʃʐʪᆅሱʅʽʉ˂ȻᄉࠕᄑȾջለɥ۰țᴩ๊ᄉȽᆅሱ๊ӦɥࠕᩒȪȹȝɝɑȬǿɑȲࢳᴥࢲ਽ࢳᴦȾɂᴩ̷᭒ȝɛɆᇋ͢Ɂާпާ॑ɥୈ૵Ȭɞ੫ᚓȾ՘ɝጸɓʅɷʯ
ɬʑʚɮʃᆅሱʅʽʉ˂ȟᜫᏚȨɟᴩᆅሱ๊ӦɥࠕᩒȪȹȝɝɑȬǿ
Our laboratory has produced many talented individuals so far. Among them are two members of the Japan Academy, Prof. Issac
Koga for research on crystal oscillators and Prof. Takashi Nakada for research on gears and automatic control. Collaborative
research among researchers of different fields has exerted synergy effects which have contributed to the development of machineand robotic engineering in Japan and also have pioneered a new engineering area, “Silence Amenity Engineering”. One of therecent excellent achievements is invention and practical development of VCSELs (Vertical Cavity Surface Emitting Lasers), a key
component for photonic information communication. Such work was done by Prof. Kenichi Iga, former president of Tokyo Instituteof Technology now, when he was in our laboratory. “Ultra-Parallel Electronics” headed by Prof. Iga was selected as one of theCenter of Excellence program by the Ministry of Culture and Education. In 2000, Micro-system Research Center was built as anextension of the program to investigate photonic devices and systems for high-capacity optical communication, high-capacity
optical memory and parallel information processing systems, and has been reformed to Photonics Integration System ResearchCenter. In 2008, another new research center, Secure Device Research Center, was built to realize devices to support and assure
security and safety of the human society.





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 ጸ Ꭵ Organizationᅺᑤԇࡾ‫ޙ‬ టᆅሱ੔ɂᴲȷɁᆅሱ‫᥂۾‬ᩌᴩʟɳʒʕɹʃᪿሥʁʃʐ

Advanced Information Processingʪᆅሱʅʽʉ˂ᴩʅɷʯɬʑʚɮʃᆅሱʅʽʉ˂ᴩᴯ޵‫׆‬ᆅሱ᥂ᩌȞɜഫ਽Ȩɟȹȝɝᴩጀ߈Ȼᅺᑤᴷᵍᴣᵆ
ᴥPrecision and IntelligenceᴦȾᩜɢɞᴩаብᄑȽᆅሱɥ᣹

ᯚൡᑤԇʁʃʐʪ

Advanced Mechanical Systemsɔȹȗɞǿ
 This research laboratory is composed of five researchаብయ୳Advanced Materials

divisions, Photonics Integration System Research Center,
Secure Device Research Center, and two guest chairs,
whose activities are directed toward developing advanced
P&I (Precision & Intelligence) technology.

ጀൡʑʚɮʃ

Precision Machine Devices഍ॊʑʚɮʃ

Advanced Microdevicesᅺᜁষ‫ڨ‬ѿျ ጀ߈ࡾ‫ޙ‬ᆅሱ੔᜻Ι݃‫͢׆‬P&I
ᴾAdvisory Committeeᅺᑤԇࡾ‫ޙ‬Intelligent Information Processing

Advanced Information Processing

Information Processing and Recognitionᝓᅺൡഫʜʯ˂ʨʽɮʽʉʟɱ˂ʃ
Human Interface᫖‫ފ‬ʑʚɮʃ੔   ᩋ
Directorଡ଼ ૌ ͢Faculty Meeting഍ॊʑʚɮʃ

Electron Devices

Advanced Microdevices

Optical Devicesбʑʚɮʃ

ฯӦख़ႊʑʚɮʃ
Applied Acoustic Devicesᠯॊጯӏࡾһ ੔ ᩋVice Directorጀൡʑʚɮʃ

Ultrafine Machining

Precision Machine Devices

Precision Machine Elements


ጀ߈ൡጨ


ᪿሥʨʁʽ

Integrated MechanismsҤॅʁʃʐʪ
͙႕ᤆ؆݃‫͢׆‬Plan Steering
Committeeᯚൡᑤԇʁʃʐʪ

System Control

Advanced Mechanical Systems

Dynamic SystemsӦᄑʁʃʐʪ
ᅺᄑʁʃʐʪ
Intelligent Systems

య୳ᜫ᜛

аብయ୳

Materials Design

Advanced Materials

Mechanics and Engineering Design


഍᪅య୳

ൡᑤ᜻Ι

Advanced Materials Evaluationsʟɳʒʕɹʃᪿሥʁʃʐʪᆅሱʅʽʉ˂ Photonics Integration System Research Centerʅɷʯɬʑʚɮʃᆅሱʅʽʉ˂ Secure Device Research Centerᅺᄑ៣ႇҟႊୈ૵ʁʃʐʪ ޵‫  ׆‬Intellectual Property Utilization System (Guest Chair)аብʟɳʒʕɹʃ ޵‫  ׆‬Advanced Photonics (Guest Chair)




ᆅሱ᥂ᩌ



ᅺᑤԇࡾ‫ޙ‬ᆅ ሱ ґ ᥿ᆅ ሱ ю ߁ᅺᜁষ‫ڨ‬ѿျᑲষ‫ڨ‬Ɂୣျᜓ஥Ȼʁʃʐʪᝲᄑ޴း
ᑲൡᑤɁʬʑʵԇȻࡾ‫ޙ‬ᄑᴩԗ‫ޙ‬ᄑख़ႊᝓᅺൡഫ̷ᩖe᜛አൡɽʩʯʕɻ˂ʁʱʽɁȲɔɁఊаብষ‫ޙࡾڨ‬ʜʯ˂ʨʽɮʽʉʟɱ˂ʃ ʜʯ˂ʨʽɮʽʉʟɱ˂ʃȻʚ˂ʋʭʵʴɬʴʐɭ

᫖‫ފ‬ʑʚɮʃ

഍ॊʑʚɮʃ

бʑʚɮʃ

ฯӦख़ႊʑʚɮʃ

ᠯॊጯӏࡾ

ጀൡʑʚɮʃ

ጀ߈ൡጨᪿሥʨʁʽ

Ҥॅʁʃʐʪ

ᯚൡᑤԇʁʃʐʪ Ӧᄑʁʃʐʪ
ᅺᄑʁʃʐʪ



య୳ᜫ᜛

аብయ୳

഍᪅య୳



ൡᑤ᜻Ι

ᅺᄑൡᑤᪿሥʑʚɮʃˁ‫و‬ᡅˁʁʃʐʪɁᆅሱ
‫ᦀ߁۾‬ˁᠯᯚᣱбষ‫ͤڨ‬ᤎɁȲɔɁᛵጨɁᆅሱбαհѿျˁбɮʽʉ˂ɽʗɹʒႊбʑʚɮʃˁɿʠʁʃʐʪɁᆅሱ
ओॴฯˁбฯख़ႊʑʚɮʃˁʁʃʐʪɁᆅሱ

ʔʘӏࡾ੫ᚓɁᆬ቏
ጀ߈ൡಽʁʃʐʪɁ޴းȻȰɁॴᑤ᜻Ιˁᜱ୽ᯚൡᑤᪿሥԇൡಽɁ޴း
ʅʽɿᴩɬɹʋʯɲ˂ʉɁॊߴȞȷᯚॴᑤԇൡಽʁʃʐʪɁ፱նʊɮʔʩʍɹʃɁጀ߈Ƚੰ૱

/'/5ᴬ0'/5ȾɛɞᯚൡᑤʫɵʕɵʵʁʃʐʪɁӁ਽ᯚ࣊ȽᤆӦൡᑤҤॅጕɁ޴းɁȲɔɁᩒᄉᆅሱ
ൡಽʁʃʐʪɁᜫ᜛ᴩᛏᣲᴩҤॅɁᒲऺԇɁᆅሱՁ‫ފ‬ʶʣʵȞɜɁయ୳ൡᑤᜫ᜛ศɁᩒᄉ
ᛓնయ୳ȻȰɁʨɮɹʷᴬʔʘഫᣲҤॅȾɛɞ۹ൡᑤԇయ୳Ɂ഍᪅ൡᑤɁᣜ෰ȻȰɟȾ‫ژ‬ȸȢ഍᪅ᜫ᜛ʁʃʐʪɁᆬ቏
аብʨɮɹʷᴬʔʘయ୳ȾߦȬɞ᜻ΙศɁျᝲȻख़ႊɁᩒ઒

୿˰͍Ɂбᣮαˁষ‫ڨ‬ʁʃʐʪ޴းȾ៾Ȭɞᬆ୿ᄑȽᪿሥԇʑʚɮʃʟɳʒʕɹʃᪿሥʁʃʐʪᆅሱʅʽʉ˂ ɁӁ਽ȻȰɟȾᩜȬɞ‫ژ‬ᇀ੫ᚓɁᩒ઒

ʅɷʯɬʑʚɮʃᆅሱʅʽʉ˂

̷ᩖՒɆᇋ͢Ɂާпާ॑ɥୈ૵Ȭɞʑʚɮʃˁൡ‫ب‬ˁʁʃʐʪɁᩒ઒

ᅺᄑ៣ႇҟႊୈ૵ʁʃʐʪᴥ޵‫׆‬ᴦ࿑ᜬষ‫ڨ‬ʑ˂ʉʣ˂ʃɁӛလᄑȽҟႊ੫ᚓȻȰɁख़ႊʁʃʐʪɁᩒ
ᄉаብʟɳʒʕɹʃᴥ޵‫׆‬ᴦఝ఼Ɂʗʍʒʹ˂ɹɥୈțɞбԡ߳Ͷᪿሥ੫ᚓɁᩒᄉȝɛɆၥ‫ہ‬ˁԗ
ჵख़ႊ




Divisions

Advanced
Information
Processing

Sections
Intelligent Information
Processing
Information Processing
and Recognition
Human Interface

Electron Devices

Advanced
Microdevices

Optical Devices
Applied Acoustic Devices

Ultrafine Machining

Precision Machine
DevicesAdvanced
Mechanical
Systems

Precision Machine
Elements

Mathematical science of brain information processing
Modeling of brain function, and its application for engineering or
medical systems
Advanced information technology for human/machine communication
Human interface and virtual reality
Intelligent integrated electronic devices, circuits and systems
Novel optical components for large capacity optical communication
systems
Photonic integrated devices and subsystems for optical signal
processing and interconnects
Sensing actuators and measurement techniques based on ultrasonics
Establishment of nano-fabricating technology
Realization of precision machine systems and the performanceassessments
Development of intelligent sensors, actuators and mechanisms

Integrated Mechanisms

Development of microsensors, microactuators and MEMS

System Control

Observation of comprehensive dynamic behavior for complex
mechanical systems

Dynamic Systems
Intelligent Systems

Materials Design

Advanced
Materials

Research Fields

Mechanics andEngineering Design
Advanced Materials
Evaluation

Creation of advanced mechanical systems by MEMS/NEMS
Development of advanced motion control systems
Researches on autonomous designing, manufacturing, and control formechanical systems
Advanced materials design based on atomistic/crystallographic control
Composite materials and their multi-functional architecture based on
micro-/nano-structural control.
Mechanics and optimal design of advanced materials, and theirstructures of applications under extreme conditions
Development of new evaluation method for advanced
micro-/nano-materials and their structures

Photonics Integration System ResearchCenterEstablish innovative photonics integrated devices and their basic
technologies for new-generation photonics information andcommunication systems

Secure Device Research Center

Development of devices, equipments and systems to support humanand social security

Intellectual Property Utilization System(Guest Chair)

Development of patent information processing and its applications

Advanced Photonics(Guest Chair)

Research and development on photonic integration technologies for
future network and their Environmental and Medical Applicationᅺᑤԇࡾ‫᥂ޙ‬ᩌ
Advanced Information Processing Divisionᅺᜁষ‫ڨ‬ѿျǪᆅሱґ᥿ᅺᜁষ‫ڨ‬ѿျǾʜʯ˂ʨʽɮʽʉʟɱ˂ʃ

Ǫᆅሱᄻᄑˁ৙Ᏺ

ʜʯ˂ʨʽ؈ᜁɮʽʉʟɱ˂ʃɥ޴းȬɞǪఊᣋɁᆅሱᝥᭉ ˁʜʯ˂ʨʽɮʽʉʟɱ˂ʃ

ˁ؈ᜁʑɭʃʡʶɮ
ˁӾȗʅʽʁʽɺʁʃʐʪ
ˁ৞ॴষ‫ڨ‬ѿျˁʅʽɿষ‫ڨ‬ѿျˁᪿሥ‫و‬ᡅȻጸɒᣅɒʁʃʐʪ

Intelligent Information Processing˹టᆅሱ޷


NAKAMOTO Group







ǪSection

Sensory processing, human interfaceǪObjective

Realization of human olfactory interfaceǪCurrent Topics

ˁ
Human interface
ˁOlfactory display
ˁOdor sensing systemˁKansei informatics
ˁ
Sensor information processingˁ
LSI design and its application to embedded
systemǪᆅሱґ᥿᜛አ᜘᝙‫ޙ‬ᴩᒲུ᜘᝙ѿျǪᆅሱᄻᄑˁ৙Ᏺ

᜘᝙Ɂ̈́ጸɒɥୣ‫ޙ‬ᄑȾᜓ஥ȪᴩʐɷʃʒɁ
ᒲӦѿျɥ޴းȬɞ
ࠊ޷ᴷ4
  4˹ట ᯚᤍଡ଼ૌ
Prof. Takamichi NAKAMOTOӾȗʅʽɿȺӾȗɥᜤ᧸Ȫ؈ᜁʑɭʃʡʶɮȺ
ѓးȬɞʜʯ˂ʨʽ؈ᜁɮʽʉʟɱ˂ʃ
Human olfactory interface for recording odor andreproducing it

nakamoto@mn.ee.titech.ac.jp



http://silvia.mn.ee.titech.ac.jpᅺᑤԇࡾ‫᥂ޙ‬ᩌ
Advanced Information Processing Divisionᆅሱ޷ጳ̿ᷡᅺᑤԇࡾ‫᥂ޙ‬ᩌᷢᅺᜁষ‫ڨ‬ѿျ
Intelligent Information ProcessingǪఊᣋɁᆅሱᝥᭉ ˁʐɷʃʒȾȝȤɞ৞ষষ‫ڨ‬ѿျˁ୫ంᛵጙਖ਼ศɁᩒᄉ
ˁ᝙ᏲɁ௴ரॴᜓ๡
ˁ৙֞Ɂୣျ᚜းɁᩒᄉ
ˁ᜘᝙ɁୣျʬʑʵɁᜓ஥

ᯚరᆅሱ޷



TAKAMURA GroupǪSectionǪObjectiveˁ Elucidation of the mathematical structure ofhuman languages
ˁ Development of language processing
frameworkǪCurrent Topics

ˁ Sentiment analysis of text
ˁ Text summarization
ˁ Word sense disambiguation
ˁ Mathematical representation of senseˁ Mathematical model of languageǪᆅሱґ᥿ᒲུ᜘᝙ѿျᴩᅺᄑষ‫ڨ‬૬ᇉᴩ᝙‫ޙޙ‬᏿ୈ૵ᴩʐɷʃʒʨɮʕʽɺ

Ǫᆅሱᄻᄑˁ৙Ᏺ

ȦȻɃɥ᜛አൡȺѿျȬɞ੫ᚓȻȰɁख़ႊʁʃʐʪɁᩒᄉ


ࠊ޷ᴷ4
  4ᯚర ‫̐۾‬Ѵଡ଼ૌ

Assoc. Prof. Hiroya TAKAMURA
takamura@pi.titech.ac.jp



http://www.lr.pi.titech.ac.jpᅺᑤԇࡾ‫᥂ޙ‬ᩌ
Advanced Information Processing DivisionᝓᅺൡഫInformation Processing and Recognitionᒲུ᜘᝙Ɂ৙֞ᴩ୫ᑩᜓ౏ ȾᩜȬɞᆅሱ)ˁ ʐɷʃʒষ‫ڨ‬ɁȈɢȞɝɗȬȗȉ૬ᇉ੫ᚓˁ ᪩޼ᐐɁɽʩʯʕɻ˂ʁʱʽୈ૵ȾᩜȬɞᆅሱˁ Animated agentɁᒲུ᜘᝙ȾɛɞҤॅˁ WWW˨Ɂʐɷʃʒʑ˂ʉȞɜɁʐɷʃʒʨɮʕʽɺˁ ൡಽ‫ޙ‬᏿, ፋ᜛ᄑਖ਼ศȾ‫ژ‬ȸȗȲᒲུ᜘᝙ѿျ

OKUMURA Group
ࠊ޷ᴷ4
  4

‫ܝ‬ర ‫ޙ‬ଡ଼ૌ
Prof. Manabu OKUMURA
oku@pi.titech.ac.jp



http://www.lr.pi.titech.ac.jp/‫ᦀ۾‬Ɂ୫ంȞɜ୫ɥᤣ੻ȪᤛҒȽᬲႭȺᥓᏚȬɞȦȻȾɛɝᴩᛵጙɥႆ਽Ȭɞǿ
Sentences are selected out of numerous
documents and the summary will be generated.

ǪఊᣋɁᆅሱᝥᭉ ˁ ̷ᩖɁ᜘᝙ျᜓɁʬʑʵɥᄻ઩Ȫȹ(ᬷϧȽ‫ܝ‬రᆅሱ޷



Computational Linguistics, Natural Language
Processing

CGM ɁՖᪿᴩᄶ᛾ᴩʨɮʕʽɺ
Collecting, Monitoring, and Mining CGM
ᴥConsumer Generated MediaᴦǪSection

Natural Language Processing, Text Mining, Computer-Assisted Language LearningǪObjective

Development of the technique of natural language processing and application systemsǪCurrent Topics

ˁ Incremental Language Understanding Model(Robust Semantic and Discourse Processing).
ˁ Automated Text Summarization.
ˁ Development of Communication Assistive Technology for People with Disabilities.
ˁ Animation Control through Natural Language Understanding.
ˁ Text Mining from the text data on the WWW.
ˁ Statistical/Machine Learning-Based Natural Language Processing.

ᅺᑤԇࡾ‫᥂ޙ‬ᩌ
Advanced Information Processing DivisionᝓᅺൡഫInformation Processing and Recognition



Ǫᆅሱґ᥿

ႆͶαհѿျǾʜʯ˂ʨʽɮʽʉʟɱ˂ʃ

Ǫᆅሱᄻᄑˁ৙Ᏺ

ᑲ๊Ӧ᜛ລαհɥႊȗȲᑲষ‫ڨ‬ɁᜓᝣȻȰɁʁʃʐʪख़ႊ

ǪఊᣋɁᆅሱᝥᭉ ˁ ᑲฯɥႊȗȲᤆӦǾ᜘᝙Ǿ৞ষȾᩜȬɞᑲষ‫ᜓڨ‬ᝣˁ ൡᑤᄑಎᆯ෥цᱝ႕ЅศᴥfMRIᴦɥႊȗȲᑲষ‫ᜓڨ‬ᝣˁ ʠʶɮʽʨʁʽɮʽʉʟɱ˂ʃᴥʠʶɮʽɽ
ʽʞʯ˂ʉɮʽʉʟɱ˂ʃᴦ

շరᆅሱ޷


YOSHIMURA GroupǪSection

Biosignal processing, Human interfacesǪObjective

Neural decoding of brain activities and its
applicationsǪCurrent Topics

ˁ Decoding of motor, language, and emotional
information using electroencephalography(EEG)ˁ Decoding brain states from functional
magnetic resonance imaging
ˁ Brain machine interfaces / Brain computerinterfacesǪᆅሱґ᥿ʜʯ˂ʨʽɮʽʉʟɱ˂ʃ

Ǫᆅሱᄻᄑˁ৙Ᏺ

ᅺᜁষ‫ڨ‬ѿျʫɵʕʄʪɁᜓ஥ȻȰɁʜʯ˂
ࠊ޷ᴷ4
  4շర ‫܌‬แ෹Ѵଡ଼ૌ
Assoc. Prof. Natsue YOSHIMURA
yoshimura@pi.titech.ac.jp



http://www.cns.pi.titech.ac.jp/Klab/ᅺᑤԇࡾ‫᥂ޙ‬ᩌ
Advanced Information Processing DivisionᑲฯȞɜ૜ްȪȲኅ᫖αհɥҟႊȪȲਖ਼ᮐʛʹ˂ɬʁʃʒʷʦʍʒ

A power assist robot controlled by EMG
signals estimated from EEG signals

Human Interfaceˁ ʙʡʐɭʍɹɮʽʉʟɱ˂ʃ“SPIDAR”Ɂᆅሱᩒᄉˁ ʨʵʋʬ˂ʊʵȽณо‫ټ‬VRၥ‫ہ‬Ɂᆅሱᩒᄉˁ ɽʽʞʯ˂ʉʝʂʱʽʁʃʐʪɁᩒᄉˁ ႕ЅѿျɬʵɾʴʄʪɁᩒᄉ

ʹᗵᆅሱ޷



SATO Group

Human InterfaceǪObjective

Perceptual information processing and multi-modal
Human interfaceǪCurrent Topics

ˁ Virtual reality
ˁ Development of haptic display “SPIDAR”.
ˁ Human-scale virtual environment with multi-modal
interaction.
ˁ Computer vision.
ˁ Image processing.

Ǫᆅሱґ᥿ʜʯ˂ʨʽɮʽʉʟɱ˂ʃ


ࠊ޷ᴷ4
  4ʹᗵ ᝚ଡ଼ૌ
Prof. Makoto SATO
msato@pi.titech.ac.jp᜛አൡюȾഫኳȨɟȲ˧ඒЫ˰ႜȾȈ᜔ɟɞȉȦȻȟȺȠɞᚽᏚᴩʃʛɮʊ˂ᴷ઩аɁɷʭʍʡȾ
ፀɃɟȲጓɁᩋȨȺͱᏚɥ᜛ລȪᴩጓɁएӌȺȈ᜔ɟȲȉ஽Ɂӌᜁɥ᚜းȬɞǿ
3D Spatial Interface Device for HumanComputer Interaction, SPIDARǪSection

http://sklab-www.pi.titech.ac.jp/ᅺᑤԇࡾ‫᥂ޙ‬ᩌ
Advanced Information Processing DivisionǪᆅሱᄻᄑˁ৙Ᏺ ʜʯ˂ʨʽɮʽʉʟɱ˂ʃᴩʚ˂ʋʭʵˁʴɬ
ʴʐɭɁȲɔɁʷʦʐɭɹʃᴩʁʩʯʶ˂ʁʱ
ʽᴩʬʑʴʽɺ
ʜʯ˂ʨʽɮʽʉ˂ʟɱ˂ʃ

Human InterfaceǪఊᣋɁᆅሱᝥᭉ ˁ ʴɬʵʉɮʪ࿎ျʁʩʯʶ˂ʉɁᆅሱᩒᄉHASEGAWA GroupǪSection ǪObjective
ࠊ޷ᴷ4
  4

ᩋែࡺ ௕ˢѴଡ଼ૌ
Assoc. Prof. Shoichi HASEGAWA
hase@pi.titech.ac.jp



http://haselab.net/

ʴɬʵʉɮʪ࿎ျʁʩʯʶ˂ʁʱʽȻӦͽႆ਽
Real-time physics simulation and motion generationˁ ʟɫʠʴʍɹጨయȾɛɞ౬ᢅʷʦʍʒɁᆅሱᩒᄉˁ ӌ᜔ᜁɁȲɔɁʬʑʴʽɺˁʶʽʊʴʽɺ
ˁ ɷʭʳɹʉɗʷʦʍʒɁӦͽˁᚐӦɁႆ਽ˁ ᤆӦ᏿ीɁȲɔɁ৞ᜁʟɭ˂ʓʚʍɹ

ᩋែࡺᆅሱ޷
ǪCurrent Topics

Human Interface
Robotics, simulation and modeling for humaninterface and virtual reality.
ˁ R&D of real-time physics simulator.
ˁ R&D of soft robots made of fabrics.
ˁ Modeling and rendering for haptics.
ˁMotion and behavior generation for charactersand robots.
ˁ Sensory feedback for motor skills.

ᆅሱ޷ጳ̿ᷡᅺᑤԇࡾ‫᥂ޙ‬ᩌᷢʨʽɮʽʉʟɱ˂ʃɋɁख़ႊ
ʜʯ˂ʨʽɮʽʉ˂ʟɱ˂ʃ ǪఊᣋɁᆅሱᝥᭉ ˁ ̷ࡾး޴৞ȻVRၥ‫ہ‬ᓸɑȺ౬ɜȞȗȿȗȣɞɒʷʦʍʒȻю᥂ഫᣲ
Soft staffed robot soft to bone and its mechanismయ᠎৞Ɂ᜔ᜁ૬ᇉɁȲɔɁʴɬʵʉɮʪ఍᪅ᛵጨศ
Real-time FEM for haptic display of material feelingᅺᜁষ‫ڨ‬ѿျIntelligent Information Processingᝓᅺൡഫʜʯ˂ʨʽɮʽʉ˂ʟɱ˂ʃ

Information Processing and Recognition Human Interfaceʜʯ˂ʨʽɮʽʉ˂ʟɱ˂ʃ
Human Interface


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
ࠊ޷ᴷ4
4˧ණ ᛀရӒଡ଼







Asst. Prof. Hironori MITAKE
mitake@pi.titech.ac.jpᆅሱ޷ጳ̿ᷡᅺᑤԇࡾ‫᥂ޙ‬ᩌᷢ






ࠊ޷ᴷ4
4

ኀ᥿ ᤥࢲӒଡ଼

Asst. Prof. Ryohei SASANO
sasano@pi.titech.ac.jp








ࠊ޷ᴷ4
4ᠣᏹ г̹Ӓଡ଼
Asst. Prof. Katsuhito AKAHANE
kakahane@hi.pi.titech.ac.jp
ࠊ޷ᴷ,
,ᇘՁ ᛀᚐӒଡ଼
Asst. Prof. Hiroyuki KAMBARA
kambara@pi.titech.ac.jp഍ॊʑʚɮʃ᥂ᩌǪᆅሱґ᥿ᪿሥ‫و‬ᡅ

᫖‫ފ‬ʑʚɮʃ

Ǫᆅሱᄻᄑˁ৙Ᏺ

ᠯͲ๡៵᫖ӌɥᄻ઩ȪȲGHz࢛RF CMOSᪿሥ‫و‬ᡅ੫ᚓɁᆅሱ

Electron DevicesǪఊᣋɁᆅሱᝥᭉ ˁ Si ULSIȾȝȤɞGHzαհͤᣞᥓ፷੫ᚓɁᆅሱ

Advanced Microdevices Divisionˁ ʃɻ˂ʳʠʵRF CMOSᪿሥ‫و‬ᡅɁᆅሱˁʹ ɮʮʶʃʅʽɿʗʍʒʹ˂ɹʁʃʐʪɁ
ᆅሱˁႱሗൡᑤᪿሥᜫ᜛ʡʳʍʒʟɳ˂ʪɁᆅሱ

ᄬᆅሱ޷



MASU GroupǪSection

Integrated CircuitǪObjective

Development of GHz RF CMOS circuit
technology for ultra-low power Si ULSI.

ǪCurrent Topics

ˁ GHz Interconnect Technology for Si ULSI.
ˁ Scalable RF CMOS Integrated Circuit Design.
ˁ Wireless Sensor Network System Design
Platform for Integration with Diverse
Functionalities.

Ǫᆅሱґ᥿ᪿሥ‫و‬ᡅˁRF CMOS‫و‬ᡅ੫ᚓ᫖‫ފ‬ʑʚɮʃ

Ǫᆅሱᄻᄑˁ৙Ᏺ

޴ሳᩖȻষ‫ڨ‬ሳᩖɥፀɉᪿሥ‫و‬ᡅˁʙ˂ʓɰ
ɱɬ੫ᚓɁӁҋ

Electron DevicesǪఊᣋɁᆅሱᝥᭉ ˁ ɿɮʚ˂ʟɭʂɵʵʁʃʐʪႊʅʽʁʽɺ


ࠊ޷ᴷ5
  5ᄬ ˢׄ ଡ଼ૌProf. Kazuya MASU
masu.k.aa@m.titech.ac.jp



http://masu-www.pi.titech.ac.jp/഍ॊʑʚɮʃ᥂ᩌ
Advanced Microdevices Division੫ᚓˁᠯͲ᫖ӌRFʒʳʽʁ˂ʚˁ
CMOS/MEMSᙤն‫و‬ᡅ੫ᚓˁᪿሥ‫و‬ᡅȾȝȤɞᯚᣱαհͤᣞ੫ᚓ

͜ᗵᆅሱ޷ITO GroupIntegrated Circuit, RF CMOS CircuitǪObjective

Research on integrated circuits and harware
technology to connect real space andcyberspaceǪCurrent Topics

ˁSensing technology for cyber physical systemˁUltra low power RF transceivers.
ˁCMOS/MEMS fusion circuit technology
ˁHigh speed signal transmission techniques
for integrated circuitsǪᆅሱґ᥿ᠯᯚᣱʟɳʒʕʍɹʗʍʒʹ˂ɹʁʃʐʪˁ
бᪿሥʑʚɮʃ
ᠯᯚᣱʟɳʒʕʍɹʗʍʒʹ˂ɹɁᯚᣱˁͲ
๡៵᫖ӌˁᯚӛလᢆᣞɥ޴းȬɞбᪿሥʑʚɮʃˁʁʃʐʪɁᆅሱ

Assoc. Prof. Hiroyuki ITO
ito@pi.titech.ac.jp



http://masu-www.pi.titech.ac.jp/഍ॊʑʚɮʃ᥂ᩌ
Advanced Microdevices Divisionбʑʚɮʃ

Ǫᆅሱᄻᄑˁ৙Ᏺ

೤̅Ձᆅሱ޷



UENOHARA GroupǪSectionǪObjective ǪCurrent Topics
ࠊ޷ᴷ4
  4

೤̅Ձ ᛀᚐ ଡ଼ૌ
Prof. Hiroyuki UENOHARA
uenohara.h.aa@m.titech.ac.jpǪఊᣋɁᆅሱᝥᭉ ˁ ᠯᯚᣱˁᯚӛလбαհѿျ੫ᚓ

Optical DevicesǪSection
ࠊ޷ᴷ5
  5͜ᗵ ๖̅ Ѵଡ଼ૌᆅሱ޷ጳ̿ᷡ഍ॊʑʚɮʃ᥂ᩌᷢ



http://vcsel-www.pi.titech.ac.jp/ˁ ͱᄾࢱຒɥႊȗȲᠯᯚᣱˁͲ๡៵᫖ӌбɮʽʉ˂ʟɱ˂ʃᴥʁʴɬʵˁʛʳʶʵ۰૰ᴦ‫و‬ᡅȻʁʴɽʽጯ፷ᪿሥԇˁ ͱᄾˁऐ࣊Ҥॅˁ᫿፷ढး៎ȾɛɞතᛃРˁαհѓႆˁ᝝ɝ᜙ඩቺհԇ੫ᚓˁ ሳᩖ۹᥾αհɁ۹ඒЫʘ˂ʓȾɛɞᯚӛလбʃɮʍʋʽɺˁ֚ฯୣҟႊ
Ultrafast Photonic Network and Photonic Integration Device
Research on optical integration devices andsystems for Photonic network with ultrafast, lowpower consumption, and high efficient transfer
ˁ Optical signal processing technique for highspeed and high efficiency
ˁSilicon-photonic interface circuit (serial-toparallel converter) for application to opticalcommunication systems
ˁ Optical distortion compensation/ regeneration/
forward error correction using phase/intensity
control /nonlinear phenomenon
ˁ Multi-dimensional optical mode with highefficient /frequency utilization switching for
spatial division multiplexing signal

ʁʴɽʽʟɳʒʕɹʃ੫ᚓȺͽ਽ȪȲбʁʴɬʵˁʛʳʶʵ۰૰‫و‬ᡅȻӦͽ࿑ॴLayout, fabricated chip, and operating
performance of a Silicon photonics opticalserial-to-parallel converter഍ॊʑʚɮʃ᥂ᩌ
Advanced Microdevices DivisionฯӦख़ႊʑʚɮʃ
Applied Acoustic Devices



Ǫᆅሱґ᥿

ฯӦख़ႊʑʚɮʃ

Ǫᆅሱᄻᄑˁ৙Ᏺ

ґࢎȪȲᦀɥᯚᣱລްȬɞʅʽɿʁʃʐʪȝɛɆȰɁɬɹʋʯɲ˂ʉȻɁᙤն

ǪఊᣋɁᆅሱᝥᭉ ˁᠯᬩฯʬ˂ʉˁ᫿૚᜔ଂᣞ

ˁᬩ‫ک‬ґࢎɁб‫ޙ‬ᄑժ᛾ԇਖ਼ศˁ୿᛼ᬩᬭయ୳
ˁбʟɫɮʚʅʽɿ
ˁᯚᣱбɽʜ˂ʶʽʃʒʬɺʳʟɭ˂˹రᆅሱ޷


NAKAMURA Group

Applied Acoustic DevicesǪSection

Development of high-speed distributed sensor
system and actuators ǪObjective
ࠊ޷ᴷ4
  4

ˁ Non-contact Ultrasonic Motors/Actuators.
ˁ Optical Methods for Visualizing Acoustic
Fields.
ˁ New Acoustic Materials.
ˁ Optical Fiber Sensors.
ˁ High-speed Optical Coherence TomographyǪCurrent Topics˹ర ϧ‫ ᤼܀‬ଡ଼ૌ
Prof. Kentaro NAKAMURA
knakamur@sonic.pi.titech.ac.jp
http://www.nakamura.pi.titech.ac.jp/഍ॊʑʚɮʃ᥂ᩌ
Advanced Microdevices Divisionᆅሱ޷ጳ̿ᷡ഍ॊʑʚɮʃ᥂ᩌᷢ

ฯӦख़ႊʑʚɮʃ
Applied Acoustic Devices



Ǫᆅሱґ᥿

ᯚґ‫ފ‬٢᫖య୳ᴩԗႊᠯᬩฯ

Ǫᆅሱᄻᄑˁ৙Ᏺ

ʟɭʵʪ‫ټ‬ᯚ֚ฯᠯᬩฯʒʳʽʃʑʯ˂ɿɁ
ᩒᄉȻओॴ᜛ລɋɁख़ႊ

ǪఊᣋɁᆅሱᝥᭉ ˁᯚ֚ฯᠯᬩฯʒʳʽʃʑʯ˂ɿ

ˁओॴ᜛ລˁ᫿፷ढᬩᬭ

ႎՁᆅሱ޷TAB
BARU GroupǪSection

Polymer piezoelectric materialᴩMedical
ultrasoundǪObjective

Development of film-type high-frequency
ultrasonic transducer and elastic measurement
system.

ǪCurrent Topics

ˁHigh-frequency ultrasonic transducer
ˁElastography
ˁNonlinear acoustics
ࠊ޷ᴷ4
  4ႎՁ Ჽ಺෹ Ѵଡ଼ૌ

Assoc. Prof. Marie TABARU
mtabaru@sonic.pi.titech.ac.jp
http://www.nakamura.pi.titech.ac.jp/

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᫖‫ފ‬ʑʚɮʃ
Electron DevicesฯӦख़ႊʑʚɮʃ

Applied Acoustic Devices

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
ࠊ޷ᴷ5
5

ࠞಏ ‫۾‬ᢕӒଡ଼


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

Asst. Prof. Daisuke YAMANE
yamane.d.aa@m.titech.ac.jpᠯᬩฯ๙૯Ⱦɛɞ᫿૚᜔๬Ͷʙʽʓʴʽɺ
Non-contact manupilation of droplets using
ultrasonic levitation.


ࠊ޷ᴷ4
4෩᥿ ูᢕӒଡ଼

Asst. Prof. Yosuke MIZUNO
ymizuno@pi.titech.ac.jpʧʴࠇጨᒒᠯᬩฯʒʳʽʃʑʯ˂ɿɁഫᣲᴥࡿᴦ
Ȼќᅊᴥծᴦ
ժ۰ᪿశʒʳʽʃʑʯ˂ɿɥႊȗȲ໫โओॴ᚜
ᬂฯᣱ࣊Ɂລްʁʃʐʪ
ጀൡʑʚɮʃ᥂ᩌ
Precision Machine Devices Divisionᠯॊጯӏࡾ

ᠯॊጯӏࡾǪᆅሱᄻᄑˁ৙Ᏺ

ˁᬆ୿ᄑʨʀ˂ʨʁʽɁ޴း
ˁᠯጀ߈ӏࡾ‫ޙ‬Ɂᆬ቏ǪఊᣋɁᆅሱᝥᭉ ˁᬆ୿ᄑʔʘӏࡾʨʀ˂ʨʁʽɁᆅሱᩒᄉ

Ultrafine Machining



Ǫᆅሱґ᥿

ˁᆕȯȗॴయ୳Ɂʔʘӏࡾ੫ᚓˁ᝝ࢃᛵ‫ى‬ఊߴԇഫᣲȾᩜȬɞᆅሱˁࡾͽൡಽɁᜫ᜛஁ศᝲ
ˁᛏֿᩒᄉ஁ศᝲ

୿᥿ᆅሱ޷

SHINNO GroupǪSection

Ultrafine MachiningǪObjectiveˁ Realization of an innovative mother machinefor nano-machining
ˁ Establishment of ultraprecision machiningǪCurrent Topics

ˁ Research and development of an innovative
mother machine for nano-machining.
ˁ Nano-machining technology of hard andbrittle materials.
ˁ Research on error factor-minimized structure.
ˁ Design methodology for machine tool.
ˁ Product development methodology.

ࠊ޷ᴷ)
  4୿᥿ ᇸਜଡ଼ૌ
Prof. Hidenori SHINNO
shinno@pi.titech.ac.jp



http://www.upm.pi.titech.ac.jp/ጀൡʑʚɮʃ᥂ᩌ
Precision Machine Devices Division

Precision Machine Elements



ጀ߈ൡጨ

Ǫᆅሱᄻᄑˁ৙Ᏺ

ൡಽᚽᏚɁʊɮʔʩʍɹʃɗᄉႆᬩɁੰ૱ศ
Ȼᜓ౏੫ᚓǪఊᣋɁᆅሱᝥᭉ ˁིᬭ޷ɥႊȗȽȗ޴ႊᄑᬩໃ૘౼ศ

ˁ̝ඒЫᬩ‫ک‬Ɂ᜛ລȾɛɞᴰඒЫᬩ‫ک‬૜ްˁൡಽʁʃʐʪɁᬩȸȢɝˁථ᡾ᮠӦʁʃʐʪɁળӦ᜛ລȻᜱ୽
ˁථ᡾Ɂ֚ᣃɁํɟɁժ᛾ԇԈ಴ᆅሱ޷

HOUJOH GroupǪSection

Precision Machine ElementsǪObjective

Methodology to observe and analyze the noiseand dynamics of machinery ǪCurrent Topics
ࠊ޷ᴷ4
  4Ԉ಴ ய‫܁‬ଡ଼ૌ

http://www.ds.pi.titech.ac.jp/ጀൡʑʚɮʃ᥂ᩌ
Precision Machine Devices Divisionጀ߈ൡጨPrecision Machine Elements



Ǫᆅሱґ᥿

ጀ߈ൡጨ

Ǫᆅሱᄻᄑˁ৙Ᏺ

᫽ደԇˁͲળӦԇɁȲɔɁൡಽᚽᏚɁળӦˁ᮶ᬩɁᜓ౏Ȼ᜛ລˁ Ӧӌͤᤎጕႊ ᤕ॑ળ‫ࣻފ‬Ӧ֋ળ‫ب‬Ɂᩒᄉˁ ɬɹʐɭʠҤળථ᡾ᚽᏚɁᩒᄉˁ ൡಽᚽᏚɁળӦ᜛ລȾɛɞ۹ᒲႏ࣊ળӦʬʑʵɁੰ૱ศˁ ળӦ᜛ລȾɛɞථ᡾ӏࡾጀ࣊Ɂᜱ୽

ైరᆅሱ޷

ైర ᔗൗѴଡ଼ૌ
smatsumu@pi.titech.ac.jpǪSection

Precision Machine ElementsǪObjective

Vibration measurement of a machine and low
vibration machine design
ǪCurrent Topics
ࠊ޷ᴷ4
  4

Assoc. Prof. Shigeki MATSUMURA

http://www.ds.pi.titech.ac.jp/

All-in-one probe displaying sound intensity vectorථ᡾ɁᤆӦ஁տȾᣡȶȹ֋оȨɟɞํɟɁժ᛾
ԇፀ౓
Flow sucked into space against moving direction.

ǪఊᣋɁᆅሱᝥᭉ ˁ ථ᡾ጕɁળӦમӦɁᝊጯȽੰ૱ȻͲળӦᜫ᜛

MATSUMURA Groupˁ Practical sound source localization without
use of an anechoic chamberˁ Development of 3-D sound field assessment
based on 2-D sound measurement.
ˁ Sound creation for a geared system.
ˁ Vibro-diagnostics of a geared machinery.
ˁ Visualization of air flow behavior at aroundgear mesh.

᚜ᇉൡᑤˢͶ‫ټ‬ᬩᬭɮʽʐʽʁʐɭʡʷ˂ʠ

Prof. Haruo HOUJOH
hhoujoh@pi.titech.ac.jpࢿ‫ڒ‬ʔʘʛʉ˂ʽʂɱʗʶ˂ʉᴥANGELᴦAdvanced nano-pattern generator with large work area

ˁ Low vibration gear design methodology.
ˁ Centrifugal Dynamic Damper for Transmission.
ˁ Active noise suppression of a gear system.
ˁ Identification of dynamic properties of amachine as multi DOF system.
ˁ Vibration Diagnosis of gear tooth surface form
with vibration measurment.

ᆅሱ޷ጳ ̿ᷡጀ ൡʑʚ ɮʃ ᥂ᩌᷢ


ጀ߈ൡጨ

Ǫᆅሱґ᥿

ӏࡾၥ‫ہ‬Ҥॅᠯጀ߈ӏࡾൡᴥCAPSULEᴦ
Innovative mother machine for nano-machiningӦӌͤᤎጕႊ ᤕ॑ળ‫ࣻފ‬Ӧ֋ળ‫ب‬Centrifugal Dynamic Damper for Gear SystemᑤӦҤળථ᡾ᚽᏚᴥ‫و‬ᢆ஁տᮠӦൡഫᴦ
Active Vibration Reduction Gear System (Rotational
Motion)ጀൡʑʚɮʃ᥂ᩌ
Precision Machine Devices Divisionᪿሥʨʁʽ

Ǫᆅሱґ᥿

ᪿሥʨʁʽ

Ǫᆅሱᄻᄑˁ৙Ᏺ

ᛓնˁᪿሥԇൡಽᛵጨɁ޴းȻख़ႊ

ǪఊᣋɁᆅሱᝥᭉ ˁ ᆯ෥๙˨੫ᚓɥႊȗȲ̷ࡾ॑ᒨɁᆅሱᩒᄉˁ ႇഈႊᆯ෥๙˨ᤕ॑ʧʽʡɁᩒᄉˁ ʶ˂ʀӏࡾɗ୐᫖ӏࡾႊᯚᣱˁ۹ᒲႏ࣊ɬɹ
ʋʯɲ˂ʉɁᆅሱᩒᄉˁ ᗖᒒ෫̄ᆯᆀɥႊȗȲMEMSʑʚɮʃɁᆅሱˁ ᗖᒒ෫̄ᆯᆀɁॊጯӏࡾeॊጯᅔᆯศɁᆅሱ

Integrated Mechanisms᣹ۢᆅሱ޷SHINSHI Group
ࠊ޷ᴷ4
  4᣹ۢ ड़णଡ଼ૌ
Prof. Tadahiko SHINSHI
shinshi@pi.titech.ac.jp



http://www.nano.pi.titech.ac.jp/ᆅሱ޷ጳ ̿ᷡጀ ൡʑʚ ɮʃ ᥂ᩌᷢǪSection

Integrated MechanismsǪObjective

Realization and application of integrated
machine devicesǪCurrent Topics

ˁ Artificial hearts utilizing magnetic bearing
technologyˁ Industrial maglev centrifugal pumps
ˁ High-speed and multi-DOF actuators for laser
cutting machining and electro dischargemachiningˁ MEMS devices utilizing thin film permanent
magnetˁ Micro machining and micro magnetization forthin film permanent magnet

Έȗુȹᆯ෥๙˨ᤕ॑ᚌ๬ʧʽʡ
Disposable centrifugal blood pump using Maglev
technologyʶ˂ʀӏࡾൡႊᴳᒲႏ࣊ᆯ෥๙˨ɬɹʋʯɲ˂ʉ
6-DOF maglev actuator for laser cutting machineᯚൡᑤԇʁʃʐʪ᥂ᩌ

Ǫᆅሱґ᥿Ӧᄑʁʃʐʪ

Ӧᄑʁʃʐʪ

Ǫᆅሱᄻᄑˁ৙Ᏺ

ॊߴᬻ‫ڒ‬ȺͽഈɥᚐșํͶᮠӦढʨɮɹʷʷ
ʦʍʒȽȼɁᯚൡᑤӦᄑʁʃʐʪɁ޴း

Dynamic SystemsǪఊᣋɁᆅሱᝥᭉ ˁൡᑤॴํͶɥख़ႊȪȲʕʯ˂ɬɹʋʯɲ˂ʉ

Advanced Mechanical Systems DivisionˁᯚҋӌʨɮɹʷํͶʛʹ˂ໃˁํͶʛʹ˂ɥႊȗȲከюͽഈʨɮɹʷʨʁʽշႎᆅሱ޷



YOSHIDA GroupǪSection

Dynamic SystemsǪObjective

Realization of advanced mechanical systems
such as microrobots using fluid power ǪCurrent Topics
ࠊ޷ᴷ4
  4շႎ ֪ःଡ଼ૌ

ˁ New actuators using functional fluids
ˁ High output power micro fluid power sourcesˁ In-pipe working micromachines using fluid
powerProf. Kazuhiro YOSHIDA

ᯚൡᑤԇҤॅʁʃʐʪ޴းɁɬʡʷ˂ʋ
An Approach to Realize Advanced Mechanical
Systems

yoshida@pi.titech.ac.jp



http://yoshida-www.pi.titech.ac.jp/ᯚൡᑤԇʁʃʐʪ᥂ᩌ
Advanced Mechanical SystemsӦᄑʁʃʐʪ

Ǫᆅሱᄻᄑˁ৙Ᏺ

ᯚൡᑤ̷ᩖୈ૵ʁʃʐʪɁ޴း

ǪఊᣋɁᆅሱᝥᭉ ˁਖ਼ᚓୈ૵ʷʦʍʒʁʃʐʪ

Dynamic Systemsˁᤕ᪣଩ͽʁʃʐʪɁҤॅˁሳ෥٢ᮠӦʁʃʐʪɁҤॅե᥿ᆅሱ޷

TADANO Group
ࠊ޷ᴷ4
  4

ǪSection

Dynamic SystemsǪObjective

Realization of Advanced Human Support
SystemsǪCurrent Topics

ˁSurgical Robot Systems
ˁControl of Teleoperation Systems
ˁControl of Pneumatic Driven Systemsӌᜁ૬ᇉൡᑤɥ఍Ȭɞᒆᑻᨢਖ਼ᚓႊʷʦʍʒʁʃʐʪ
Haptic robot system for loparoscopic surgeryե᥿ ᐖ‫᤼܀‬Ѵଡ଼ૌ
Assoc. Prof. Kotaro TADANOሳ෥٢ᮠӦʷʦʍʒɬ˂ʪɥႊȗȲ

Laparoscope control system using a pneumatic

http://www.k-k.pi.titech.ac.jp/ᯚൡᑤԇʁʃʐʪ᥂ᩌ
Advanced Mechanical Systems Divisionᅺᄑʁʃʐʪ

robot armǪᆅሱґ᥿ᅺᄑʁʃʐʪ

Ǫᆅሱᄻᄑˁ৙Ᏺ

MEMSȾɛɞႆ֤ᇼ‫౏ᜓޙ‬ୈ૵ʑʚɮʃ

ǪఊᣋɁᆅሱᝥᭉ ˁॊႆ࿎ᮠӦ‫ټ‬ʨɮɹʷʫɵʕʄʪ

Intelligent SystemsˁʨɮɹʷํᡅȾɛɞᦂ‫ټ‬ʶʃӁ਽੫ᚓˁጯᑛൡᑤᜓ౏ႊʚɮɴʋʍʡ

қ༖ᆅሱ޷



HATSUZAWA Group
ࠊ޷ᴷ4
  4

ǪSectionIntelligent SystemsǪObjective

MEMS application to assay-devices in bioscience NEMS fabrication by bio-technologyǪCurrent Topics

ˁ Micromechanisms driven by micro-organs
ˁ Mold-less fabrication by micro-channel
ˁ Biochips for cell functional analysis

бҨ༜ɥႊȗȲ
ʡʳʽɹʒʽᮠӦऱेɬɹʋʯɲ˂ʉ
Reciprocating linear actuator driven by planktonқ༖ ැଡ଼ૌ
Prof. Takeshi HATSUZAWA
hat@pi.titech.ac.jp



http://www.pme.pi.titech.ac.jp/ᣵፖґ‫ފ‬ᒒႆ਽ʑʚɮʃ
Serial molecular membrane forming deviceю᛾ᨢ଩ͽʁʃʐʪ

tadano@pi.titech.ac.jpᆅሱ޷ጳ ̿ᷡᯚ ൡᑤԇ ʁʃ ʐ ʪ᥂ᩌ ᷢӦᄑʁʃʐʪǪᆅሱґ᥿ᯚൡᑤԇʁʃʐʪ᥂ᩌ
Advanced Mechanical Systems Divisionᅺᄑʁʃʐʪ

ᅺᄑʁʃʐʪ

Ǫᆅሱᄻᄑˁ৙ᏲʚɮɴMEMS/NEMSȾɛɞႆ֤ষ‫౏ᜓڨ‬ǪఊᣋɁᆅሱᝥᭉ ˁʔʘʟɳʒʕɹʃ‫ټ‬ʚɮɴʑʚɮʃɁӁᛏȻ

Intelligent Systems



Ǫᆅሱґ᥿

ႆͶൡᑤᜓ౏
ˁႆͶґ‫ފ‬ᪿնͶढ਽ҤॅȻʔʘʐɹʘʷʂ˂ɋɁख़ႊˁ ʚɮɴMEMS/NEMSȾɛɞႆͶґ‫ފ‬ᄾ̠ͽႊᜓ౏౿ႎᆅሱ޷YANAGIDA GroupIntelligent SystemsǪSection

Explore new technologies that integrate micromachine and biotechnology ǪObjective
ࠊ޷ᴷ4
  4

ǪCurrent Topics

ˁ Analysis of biofunctions using nanophotonics
based biodevice.
ˁ Biomolecular assembly for application of
nanotechnology.
ˁ Detection of biomolecular interactions using
BioMEMS/NEMS based biochip.

౿ႎ ί‫ފ‬Ѵଡ଼ૌ
Assoc. Prof. Yasuko YANAGIDA
yanagida@pi.titech.ac.jp
http://www.pme.pi.titech.ac.jp/ᆅሱ޷ጳ ̿ᷡᯚ ൡ ᑤԇ ʁʃ ʐʪ᥂ᩌ ᷢ


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Ҥॅʁʃʐʪ
System Controlᅺᄑʁʃʐʪ

Ӧᄑʁʃʐʪ
Dynamic Systems

Intelligent Systems
ࠊ޷ᴷ4
4‫ ع‬ᇜ̹Ӓଡ଼






Asst. Prof. Sang In EOM
sieom@pi.titech.ac.jp






ࠊ޷ᴷ4
4ࠁ ᨋᄘӒଡ଼

Asst. Prof. Chongho YOUN
youn.c.aa@m.titech.ac.jp
ࠊ޷ᴷ4
4





ᛴᣓ ៱ॖӒଡ଼
Asst. Prof. Takasi NISISAKO
nisisako@pi.titech.ac.jpᤤͤ‫߳ފ‬оႊጯᑛ‫ڗ‬᭴ʑʚɮʃ
Transfection device to single-cellаብయ୳᥂ᩌ
Advanced Materials Division


య୳ᜫ᜛

Ǫᆅሱґ᥿

య୳ᜫ᜛

Ǫᆅሱᄻᄑˁ৙Ᏺ

Ձ‫ފ‬ʶʣʵɁయ୳ᜫ᜛Ⱦɛɞ୿ൡᑤॴయ୳Ɂ
ᜫ᜛ᴩᩒᄉᴩʡʷʅʍʁʽɺ

ǪఊᣋɁᆅሱᝥᭉ ˁ ႆͶႊढ࿡ᜤਝˁᠯओॴʋʉʽնᦂɁᩒᄉˁ ʶʽʒɼʽЅफॴɁᓦȗᦂˁᄌᦂ‫ژ‬ᠯओॴնᦂɁᩒᄉˁ ᯚᣱᮠӦȻ‫۾‬තɒɥыɀ϶țȲᆯॴढ࿡ᜤ
ਝնᦂʃʨ˂ʒɽʽʧʂʍʒɁᩒᄉˁ ढ࿡ժ۰య୳ɁʓʫɮʽʥʬႜᬂɁʊɮʔ
ʩɹʃMaterials Designጯႎᆅሱ޷



HOSODA GroupǪSection

Material DesignǪObjective

Development of materials design andprocessing of novel functional materials
and composites ǪCurrent Topics
ࠊ޷ᴷ4
  4ጯႎ ᇸൗଡ଼ૌ
Prof. Hideki HOSODA
hosoda.h.aa@m.titech.ac.jp



http://www.mater.pi.titech.ac.jp/аብయ୳᥂ᩌ
Advanced Materials Division

Ǫᆅሱґ᥿

య୳ᜫ᜛

Ǫᆅሱᄻᄑˁ৙Ᏺ

ॊጯጸᎥˁಐ‫ފ‬එ᪎ɁҤॅȾɛɞɬɹʋʯɲ
˂ʉయ୳Ɂᩒᄉᴩᜫ᜛ᴩᯚॴᑤԇǪఊᣋɁᆅሱᝥᭉ ˁ ིછୠᄾ۰ৰጸᎥɁඑ᪎ഫᣲȻʒʧʷʂ˂ˁढ ࿡ᜤਝնᦂȾȝȤɞӌ‫ޙ‬ᄑɲʗʵɸ˂Ɂ
ୠ᣼ൡഫˁᪿնጸᎥȾɛɞढ࿡ᜤਝնᦂɁᯚҋӌԇˁႆͶႊȝɛɆᯚຣႊढ࿡ᜤਝˁᠯओॴնᦂɁ
ᩒᄉMaterials Designሙᤱᆅሱ޷

INAMURA GroupǪSection

Material DesignǪObjective

Development, design and improvement of
actuator materials by control of microstructuresand lattice defects ǪCurrent Topics
ࠊ޷ᴷ4
  4ሙᤱ ఎ̐Ѵଡ଼ૌ
Assoc. Prof. Tomonari INAMURA
inamura.t.aa@m.titech.ac.jp



http://www.mater.pi.titech.ac.jp/аብయ୳᥂ᩌ
Advanced Materials Division


഍᪅య୳

഍᪅య୳

Ǫᆅሱᄻᄑˁ৙Ᏺ

аብൡಽᤆӦጕɁȲɔɁ഍᪅య୳ൡᑤɁᣜ෰
Ȼ഍᪅ᜫ᜛ʁʃʐʪɁᆬ቏

Ti-Auढ࿡ᜤਝնᦂȾȝȤɞtwin-within-twinഫᣲɁᣥᤈ‫ټ‬᫖‫ފ‬᭎ॊᨢЅ
TEM image of the twin-within-twin structure in
Ti-Au shape memory alloy.

Ti-Nb-AlնᦂɁ៭ᖽओॴလᴥE’ᴦȻю᥂଍ଳᴥtanGᴦɁຣ࣊ˁख़ӌળࢥΗ‫ॴސ‬ᴥ[110]E஁տᴦ
Temperature and stress amplitude dependence of

storage modulusᴥE’ᴦ and internal frictionᴥtanGᴦ
in Ti-Nb-Al alloy ( [110]E ).

ǪఊᣋɁᆅሱᝥᭉ ˁൡಽᤆӦጕɁӦᄑᜓ౏Ȼ፱ն

ˁ৞ॴɥᐎਁȪȲൡಽᤆӦጕɁᅺᄑCAD
ࡿծᴯᑼȺഫ਽Ȩɟɞॊߴ࿎ੰધ଩ͽႊʨɮɹʷʨˁൡಽʁʃʐʪȾȝȤɞᯚᪿሥԇൡഫᜫ᜛ʕʞʯʶ˂ʉɁᴮᑼᴥࡿَɂ᫖‫ފ‬ʑʚɮʃɥጸ
ˁʨɮɹʷɬʅʽʠʴʁʃʐʪᴬᠯߴढ᚜ᬂ޴ ቏ȹȹȗɞറ‫ފ‬ᴸࡿَɁ᫺ȗ፷Ѝᴮmm Ɂಐ‫ފ‬፷ᴦᚽʁʃʐʪɁᆅሱᩒᄉ
One arm composed of two 2-DOF micromanipulators
ˁʨɮɹʷʬ˂ʁʱʽʁʃʐʪᴥʨɮɹʷʨʁʽᴩ for minute object assembling operationᴥIn the left
MEMSᴬMOEMSᴦɁᜫ᜛ˁᛏͽʐɹʘʷʂ˂ᴦ figure, the endeffecter is assembling the micro device‫ښ‬෹ᆅሱ޷



HORIE GroupǪSection

Mechanics and Engineering DesignǪObjective

Establishment of ultimate design systems andinvestigation of ultimate material functions foradvanced mechanical motion systems ǪCurrent Topics
ࠊ޷ᴷ4
  4

‫ښ‬෹ ˧‫׺‬႒ ଡ଼ૌ
Prof. Mikio HORIE
mahorie@pi.titech.ac.jp

ˁ Defect and topology of microstructure formedby diffusionless phase transition.
ˁ Dissipation mechanism of mechanical energy inshape memory alloy.
ˁ Design of high-power shape memory alloy bycontrol of texture.
ˁ Development of high-temperature andbiomedical shape memory and superelastic
alloys.

Ǫᆅሱґ᥿Mechanics and Engineering Design



NiMnGa ᆯॴढ࿡ᜤਝնᦂዬ‫ފ‬ґୠʁʴɽ˂ʽᛓ
նయ୳Ɂʨɮɹʷ CT ЅᴥծᴦȻ Bi ຍӏየᆆศȾɛɝຏ๎Ƚ᚜ᬂɥધȷ NiMnGa ዬ‫ފ‬Ɂ SEM ЅMicro CT image of NiMnGa ferromagnetic shapememory alloy particle distributed silicone
composite (left) and SEM image of NiMnGa
particle with smooth surface by Bi-modified
pulverization process.

http://www.meds.pi.titech.ac.jp/

ˁ Dynamic analysis and synthesis of mechanicalmotion systems.
ˁ Intelligent CAD of mechanical motion systems
with consideration of the human interface.
ˁ Design of high-integrated mechanisms in themechanical systems.
ˁ R&D of palmtop surface mount systems andmicro assembly systems.
ˁ Design and manufacturing technologies for
micro systems (Micromachines, MEMS andMOEMS).

0402; 0.4mm*0.2mmᴦҋӌኮȟࢠȾᦵᄽᬂю˩஁Ⱦտȗȹȗɞ୿Ȫȗ᚜ᬂ޴ᚽʁʃʐʪႊʛʽʉɺʳʟൡഫ(ʜʽʂͽႊӌɁͲນԇɁȲɔȾᴩյʴʽɹɁᢌᦀԇȻ᠎ᦀґࢎɁఊᤛԇȟȽȨɟȹȗɞǿ)A new pantograph mechanism for surface mountsystems in which the output link has always turnedto the lower part in a vertical plane. ( For decreasingof hinge forces, the weight saving and optimizationof mass distribution of each link are made.)ᆅሱ޷ጳ̿ᷡаብయ୳᥂ᩌᷢ 


య୳ᜫ᜛

ˁ Ni-free biomedical shape memory andsuperelastic titanium alloys.
ˁ Gold and platinum based biomedical
superelastic alloys with high X-ray
radiography.
ˁ Ferromagnetic shape memory alloy particle
distributed smart composites with highmotion frequency and large actuation strain.
ˁ Dynamics of domain homo interface in shapechange materials.

TiMoSnZr նᦂɁᠯओॴમӦȻ࿑ႱȽю᥂ጸᎥSuperelastic behavior and unique internal structureof TiMoSnZr biomedical alloy.

аብయ୳᥂ᩌ

Ǫᆅሱґ᥿ᛓնయ୳ᴩ૚ᅔˁ૚նᴩయ୳᜻Ι

Advanced Materials DivisionǪᆅሱᄻᄑˁ৙Ᏺ

ൡಽࡾ‫ޙ‬Ȼԇ‫ޙ‬Ɂ‫ہ‬ႜᬻ‫ڒ‬ɥ૘෰ȪᴩΈႊᐐɁʕ˂ʄȾ቏ᑬȪȲ୿ഫᣲɗ୿య୳ɁᩒᄉȝɛɆ᜻Ιɥᚐș഍᪅య୳ǪఊᣋɁᆅሱᝥᭉ ˁཚጨᎡ፟ऐԇᛓնయ୳ᴥCFRPᴦɥႊȗȲᢌᦀ᡾ͶɁᩒᄉ
ˁCFRP-ᦂࠖʙɮʠʴʍʓഫᣲయɥႊȗȲᒲӦ᡾Ɂ᡾ͶᢌᦀԇˁᜓᜓͶॴ૚ᅔ੫ᚓɁᩒᄉȻॴᑤ᜻Ιˁʶ˂ʀʃʤʍɹʵࢱຒศɥႊȗȲॊߴయ୳Ɂ
۰ढ᜛ລˁጫ۶፷ᆕԇ૚ᅔҷɁᆕԇՖ᎔

Mechanics and Engineering Designʹᗵᆅሱ޷



SATO GroupǪSection

Composite Materials, Adhesion, Evaluation ofMaterialsǪObjective

ˁ Investigation of interdiscipline between
mechanical engineering and chemistryˁ Development and evaluation of new structuresand new materials which users needࠊ޷ᴷ)
ǪCurrent Topics  )

ˁ Development of the lightweight automobile bodymade of Carbon Fiber-Reinforced Plastics(CFRP).
ˁ Weight saving of the automobile body using
the CFRP-Metal hybrid structure material.
ˁ Development of dismantlable adhesion technique.
ˁ Deformation measurements of micro materials
using laser speckle interferometry.
ˁ Measurement of volumetric shrinkage of UV
cure adhesive.

ʹᗵ ԛ஥Ѵଡ଼ૌ
Assoc. Prof. Chiaki SATO
csato@pi.titech.ac.jp
http://www.csato.pi.titech.ac.jp/аብయ୳᥂ᩌ
Advanced Materials Divisionᆅሱ޷ጳ̿ᷡаብయ୳᥂ᩌᷢ


ൡᑤ᜻Ι

ൡᑤ᜻Ι

Ǫᆅሱᄻᄑˁ৙Ᏺ

ᦂࠖˁིൡˁᯚґ‫ފ‬Ɂʔʘయ୳ɁӁᛏਖ਼ศȻȰɁ᜻Ι੫ᚓɁᆬ቏
ɆȰɁ࿑ॴ᜻Ιˁ ᠯᒱႜํͶɥႊȗȲʔʘጸᎥᦂࠖయ୳ɁӁᛏȻ᜻Ιˁ ᠯᒱႜํͶɥႊȗȲ᚜ᬂѿျਖ਼ศɁᩒᄉ

ఇಏᆅሱ޷



SONE GroupǪSection

Advanced Materials EvaluationǪObjective

Research and development of nano structured
metallic, non-organic and organic materials ǪCurrent Topics
ࠊ޷ᴷ4
  4

ˁ Development of high performance materials
for MEMS devices by nano-meter structuralcontrol.
ˁ DevelopmentᴣEvaluation of nano structured
metal using supercritical fluid.
ˁ Development of surface finishing technology
with supercritical fluid.

ఇಏ ඩ̷Ѵଡ଼ૌ

Assoc. Prof. Masato SONE
msone@pi.titech.ac.jp
http://www.ames.pi.titech.ac.jp/

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య୳ᜫ᜛



య୳ᜫ᜛

Materials Designʶ˂ʀʃʤʍɹʵɥႊȗȲॊߴᬻ‫ڒ‬Ɂ۰ढ᜛ລ
ʁʃʐʪ
Laser Speckle Microscope to measure micro
deformationǪఊᣋɁᆅሱᝥᭉ ˁ ʔʘഫᣲҤॅȾɛɞᯚॴᑤయ୳Ɂᩒᄉȝɛ

Advanced Materials Evaluation



Ǫᆅሱґ᥿

ᜓͶॴ૚ᅔҷɁҸᫌ
Dismantlement of the adhesive

C
Cu
120nm

Cu
SiO2
SiO

TEM image of wired Cu into 60nmĳ TEG
by Sc-CO2 electroplating

Advanced Materials Evaluation
ࠊ޷ᴷ4
4

ႎՁ ඩൗӒଡ଼


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Asst. Prof. Masaki TAHARA
tahara.m.aa@m.titech.ac.jp
ࠊ޷ᴷ4
4ኸՁ ᄍնӒଡ଼

Asst. Prof. Yuri SHINOHARA
shinohara.y.aa@m.titech.ac.jp
ࠊ޷ᴷ4
4

 CHANG. Tso-Fu MarkӒଡ଼

Asst. Prof. Mark CHANG
chang.m.aa@m.titech.ac.jpSiɛɞᄽव60nmʥ˂ʵɋɁ‫ڋ‬ᣅᧁᥓ፷Ɂ᫖‫ފ‬᭎ॊᨢќᅊ


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60nm

ᠯᒱႜ̝ᥣԇཚጨɥႊȗȲ˰ႜ࿲ᒲɁ᫖෥ɔȶȠศȾൡᑤ᜻Ι

Materials Design

SiO2
S
Si

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цᣮ

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цᣮ

цᣮ

Common DivisionCommon DivisionцᣮCommon DivisionCommon Division

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
ࠊ޷ᴷ4
4᭫᥿ ҴӒଡ଼
Asst. Prof. Takeshi IINO
iino.t.aa@m.titech.ac.jp
ࠊ޷ᴷ4
4ᩜՠ ঩Ӓଡ଼

Asst. Prof. Yu SEKIGUCHI
sekiguchi.y.aa@m.titech.ac.jp

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
ࠊ޷ᴷ4
4٠஁ ̣Ӓଡ଼
Asst. Prof. Wataru HIJIKATA
hijikata.w.aa@m.titech.ac.jp

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
ࠊ޷ᴷ4
4ణ ᨋ๶Ӓଡ଼
Asst. Prof. Jongho PARK
park@pi.titech.ac.jpᆅሱ޷ጳ̿ᷡцᣮᷢ





Ǫᆅሱґ᥿

ʟɳʒʕɹʃᪿሥʁʃʐʪ

Ǫᆅሱᄻᄑˁ৙Ᏺ

‫ᦀ߁۾‬бᣮαʗʍʒʹ˂ɹˁбɮʽʉ˂ɽʗ

ɹʒɁȲɔɁбᪿሥʑʚɮʃɁᩒ઒
ʟɳʒʕɹʃᪿሥʁʃʐʪᆅሱʅʽʉ˂ ǪఊᣋɁᆅሱᝥᭉ ˁ ᬂᄉбʶ˂ʀʟɳʒʕɹʃɁ୿ൡᑤӁ਽
Photonics Integration System Research Centerˁ ʨɮɹʷʨʁʽਖ਼ศɥႊȗɞฯᩋժ۰бʑʚɮʃˁ ʃʷ˂ʳɮʒɥႊȗȲ୿ൡᑤбʑʚɮʃˁ ˹ሳб߳ฯᡅɥႊȗȲбʑʚɮʃˁ ʟɳʒʕʍɹʔʘഫᣲȾɛɞбҤॅߴࠞᆅሱ޷

KOYAMA GroupǪSection

Photonics IntegrationǪObjective

Photonic integrated circuits toward ultrahighcapacity photonic networks and opticalinterconnects
ࠊ޷ᴷ4
  4
ǪCurrent Topics

ˁ VCSEL photonics for new functionalities
ˁ Widely tunable micromachined optical devices
ˁ Slow light photonic devices
ˁ Integrated micro-photonics based on hollow
optical waveguideˁ Photonic nano-structures for photonics
manipulationߴࠞ ̝˧‫ ܁‬ଡ଼ૌ
Prof. Fumio KOYAMA
koyama@pi.titech.ac.jp
http://vcsel-www.pi.titech.ac.jp/ᆅሱ޷ጳ̿ᷡ ʟ᷈ʒʕɹʃᪿሥʁʃʐʪᆅሱʅʽʉ᷐ᷢ

Ǫᆅሱґ᥿бɲʶɹʒʷʕɹʃᴩԡ߳ͶбʑʚɮʃǪᆅሱᄻᄑˁ৙Ᏺ

бɲʶɹʒʷʕɹʃᬆ୿ȾտȤȲʑʚɮʃᩒ
઒Ȼʁʃʐʪԇ

Mirror10

Mirrorm

Electrode
Cantilever

50m

MEMS ੫ᚓɥႊȗȲᬂᄉбʶ˂ʀɁฯᩋҤॅ
Micromachined VCSELs for widely tunable andathermal operationsᯚᜓЅ࣊бʝ˂ʪોऀ੫ᚓ
High-resolution beam-steering based on slow lightdevicesǪఊᣋɁᆅሱᝥᭉ ˁ ԡ߳ͶбʑʚɮʃɁ഍᪅࿑ॴᣜՒ
ʟɳʒʕɹʃᪿሥʁʃʐʪᆅሱʅʽʉ˂ˁ ᬂᄉбʶ˂ʀɁ഍Ͳ๡៵᫖ӌӦͽȻбᥓ፷
Photonics Integration System Research Centerख़ႊˁ ᯚӛလʶ˂ʀбໃɥႊȗȲбི፷ፈ᫖ʁʃʐʪᩒ઒ˁ ԡ߳ͶбʑʚɮʃɁᛏͽ੫ᚓᩒ઒޺టᆅሱ޷

MIYAMOTO GroupǪSection

Optoelectronics, Semiconductor Photonic
DevicesǪObjective

Research on semiconductor photonic devices
for future high performance optoelectronicsystems ǪCurrent Topics
ࠊ޷ᴷ4
  4

ˁ Development of high performancesemiconductor photonic devices
ˁ Ultra-low power consumption
surface-emitting-lasers (VCSELs) for opticalinterconnect
ˁ Optical wireless power transmission systemusing high efficiency laserˁ Development of fabrication technologies forphotonic devices

޺ట ௖̅Ѵଡ଼ૌ
Assoc. Prof. Tomoyuki MIYAMOTO
tmiyamot@pi.titech.ac.jp
http://vcsel-www.pi.titech.ac.jp/

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ʟɳʒʕɹʃᪿሥʁʃʐʪᆅሱʅʽʉ˂ ʟɳʒʕɹʃᪿሥʁʃʐʪᆅሱʅʽʉ˂
Photonics Integration System Research Center Photonics Integration System Research Center



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
ࠊ޷ᴷ4
4

٪ՠ ‫ޔ‬๖Ӓଡ଼
Asst. Prof. Takahiro SAKAGUCHIsakaguchi@pi.titech.ac.jp
ࠊ޷ᴷ4
4˹༯ ඩፋӒଡ଼

Asst. Prof. Masanori NAKAHAMA
nakahama.m.aa@m.titech.ac.jpาоɷʭʴɬȻбɁᩐȫᣅɔൡഫȾᦀ‫ފ‬ഫᣲຉ௕ԇɥҟႊȪȲᯚӛလᬂᄉбʶ˂ʀɥᄻ઩ȪȹȗɞImprovement of efficiency of VCSELs by using thequantum structure intermixing as a mechanism ofcarrier and optical confinement.

ʶ˂ʀбɥႊȗȲᯚӛလбʹɮʮʶʃፈ᫖ʁʃ
ʐʪɁ޴းɥᄻ઩Ȫȹȗɞ
Optical wireless power transmission system using
laser light which allows the high efficiency system


Ǫᆅሱґ᥿
Ǫᆅሱᄻᄑˁ৙Ᏺ
ʅɷʯɬʑʚɮʃᆅሱʅʽʉ˂

Secure Device Research Centerʅɷʯɬʑʚɮʃᆅሱʅʽʉ˂
ᤆӦҤॅɗ᛾ᜁষ‫ڨ‬ѿျȽȼɁᑲൡᑤɁᜓ஥
Ȼʜʯ˂ʨʽɮʽʉʟɱ˂ʃɋɁख़ႊ

ǪఊᣋɁᆅሱᝥᭉ ˁ᜛አᝲᄑᇘጽᇼ‫ޙ‬ˁኅᯏಐጕɁʬʑʵԇˁʠʶɮʽʨʁʽɮʽʉʟɱ˂ʃ
ˁኅ᫖αհɥႊȗȲʜʯ˂ʨʽɮʽʉʟɱ˂ʃ
ˁऐԇ‫ޙ‬᏿ɥႊȗȲʃɷʵပीʬʑʵ

ߴ෺ᆅሱ޷



KOIKE Groupኅ᫖αհɥႊȗȲɮʽʉ˂ʟɱ˂ʃᴷኅᐼɁ๊ӦɥᇉȬኅ᫖αհɥ᜛ລȪᴩ͑৊˰ႜɁʷʦʍʒɗǪSection

Secure Device Research CenterǪObjective

Investigate of brain function such as motor
control and applications to human interfaceᒲґɁґᡵɥӦȞȬȦȻȟȺȠɞǿ
Human interface using EMG Signals:EMG signala,
ࠊ޷ᴷ,  ,
ǪCurrent Topicsߴ෺ ࣐௔ଡ଼ૌ
Prof. Yasuharu KOIKE
koike@pi.titech.ac.jp



which indicate muscle activities, are measured.
These signals can bring the robot in the virtualenvironment or slave of ourselves into action.

ˁComputational Neuroscience
ˁModeling of a musculo-skeletal system
ˁBrain Machine Interface
ˁHuman Interface by biological signals
ˁMotor learning by reinforcement learning

http://www.cns.pi.titech.ac.jp/ʅɷʯɬʑʚɮʃᆅሱʅʽʉ˂

Ǫᆅሱᄻᄑˁ৙Ᏺ

MEMS੫ᚓȾɛɞ୿ՁျʨɮɹʷʫɵʒʷʕɹʃɁ޴းȻȰɁख़ႊˁǪఊᣋɁᆅሱᝥᭉ
ECFɥႊȗȲʨɮɹʷ๬٢ʁʃʐʪᴥʨɮɹ
ʅɷʯɬʑʚɮʃᆅሱʅʽʉ˂
ʷʧʽʡᴦ
ˁECFʂɱʍʒํɥႊȗȲऐҤ๬ѯʁʃʐʪˁ
ECFʟʶɷʁʠʵɬɹʋʯɲ˂ʉᴥʨɮɹʷʙʽʓᴩʨɮɹʷʨʕʞʯʶ˂ʉᴦ
ˁժ۰ཱིཟढECFʨɮɹʷʶʽʄʁʃʐʪ
ˁ
ECFʨɮɹʷʶ˂ʒʂʭɮʷ

Secure Device Research Center



ᦂᆅሱ޷



KIM GroupǪSection

Secure Device Research CenterǪObjective

Advanced Micro-mechatronics by MEMS
technology and its applications ǪCurrent Topics
ࠊ޷ᴷ,  ,ᦂ ΥީѴଡ଼ૌ
Assoc. Prof. Joon-Wan KIMˁ
Micro hydraulic power source (micropump)driven by ECF jet.
ˁLiquid cooling system by ECF micropump.
ˁ
ECF flexible actuators (micro hands or micro
manipulators).
ˁ
Focus-tunable ECF microlens by MEMS
technology.
ˁMEMS-based ECF micro rate gyroscopes.

woodjoon@pi.titech.ac.jp

˧ᜏ౸-ʃʴʍʒᴥTPSEᴦढECFʨɮɹʷʧʽʡ
ECF Micropump by triangular prism and slit
electrodesᆅሱ޷ጳ̿ᷡ ʅɷ᷋ɬʑʚɮʃᆅሱʅʽʉ᷐ᷢ

Ǫᆅሱґ᥿






޵‫᥂׆‬ᩌ

Ǫᆅሱґ᥿

Guest ChairǪᆅሱᄻᄑˁ৙Ᏺ
ʅɷʯɬʑʚɮʃᆅሱʅʽʉ˂

Secure Device Research Centerˁ ʨɮɹʷˁʔʘᢆќӏࡾ੫ᚓˁ ᠯ˶Қɴʽʋʍʡጯᑛൡᑤᜓ౏ʁʃʐʪˁ ۹ൡᑤᠨ౼‫ټ‬ʚɮɴʡʷ˂ʠ᭎ॊᨢ

SHIBATA GroupǪSection

Secure Device Research CenterǪObjective

ˁ Maskless micro- and nano-structuring
techniquesˁ MEMS-based platform for in vitro
manipulation and analysis of living cellsǪCurrent Topics

ˁ A smart nanomachining andnanomeasurement system
ˁ Micro- and nanoimprint techniquesˁ A chip-based system for cell manipulationand cellular function analysis
ˁ Multi-functional biological scanning probe
microscope
ࠊ޷ᴷ4౺ႎ ᪜ᚐ޵‫׆‬ଡ଼ૌ
Prof. Takayuki SHIBATA
shibata@me.tut.ac.jpʨɮɹʷˁʔʘഫᣲӁ਽੫ᚓɁᩒᄉ
ጯᑛൡᑤᜓ౏ႊMEMSʡʳʍʒʟɳ˂ʪɁᩒ
ᄉǪఊᣋɁᆅሱᝥᭉ ˁ ʔʘ᜛ລˢͶ‫ټ‬ᠯॊጯӏࡾʁʃʐʪ

౺ႎᆅሱ޷

ʅɷʯɬʑʚɮʃᆅሱʅʽʉ˂

http://mems.me.tut.ac.jp/޵‫᥂׆‬ᩌ

Ǫᆅሱґ᥿

Guest Chairᆅሱ޷ጳ̿ᷡ ʅɷ᷋ɬʑʚɮʃᆅሱʅʽʉ᷐ᷢ

Ǫᆅሱᄻᄑˁ৙Ᏺ
ʅɷʯɬʑʚɮʃᆅሱʅʽʉ˂

ʨɮɹʷˁʔʘഫᣲӁ਽੫ᚓɁᩒᄉ
Maskless micro- and nano-structuring techniquesጯᑛൡᑤᜓ౏ႊ MEMS ʡʳʍʒʟɳ˂ʪɁᩒᄉ
MEMS-based platform for in vitro manipulation
and analysis of living cells᜛አᝲᄑᇘጽᇼ‫ޙ‬ᑲɥᅺɞȲɔȾᑲɥӁɝǾᑲɥӁɞȲɔȾᑲɥᅺɝǾɑȲఊጶᄑȾɂᑲɥӁɞȦȻȟȺȠɞሌ࣊ȾᑲɥᅺɞȦȻɥᄻ઩ȪȹȗɑȬSecure Device Research CenterǪఊᣋɁᆅሱᝥᭉ ˁ ߴᑲɁю᥂ʬʑʵࡺ̷ᆅሱ޷

ˁ ʷʦʍʒɁ᛻ɑɀ‫ޙ‬᏿ˁ ᑲ๊Ӧ૜ްɬʵɾʴʄʪɁᩒᄉˁ ʠʶɮʽʨʁʽɮʽʉʟɱ˂ʃɁᩒᄉ


KAWATO GroupǪSection

Bio-device SectionǪObjective

Computational Study of the Brain
ࠊ޷ᴷ, ǪCurrent Topicsࡺ̷ б႒޵‫׆‬ଡ଼ૌ୿᛼ȾᩒᄉȪȲǾ51ᒲႏ࣊ɥધȷʜʯ˂ʨʘɮʓ
ʷʦʍʒᵀᴿᵦComputational Brain -interface

ˁ Computational Neuroscienceˁ Internal Models in the Cerebellumˁ Robot Learning by watching

Prof. Mitsuo KAWATO

kawato@atr.jp۶ᯏಐʷʦʍʒ
Exoskeleton Robots for Rehabilitation

http://www.cns.atr.jp/`kawato޵‫᥂׆‬ᩌ
Guest ChairǪᆅሱґ᥿ʅɷʯɬʑʚɮʃᆅሱʅʽʉ˂

Ǫᆅሱᄻᄑˁ৙Ᏺ

ˁᲽფপᐐˁᯚᳮᐐտȤʳɮʟɿʧ˂ʒൡ‫ب‬ɁᩒᄉˁྏᎃᐐɁ͍ɢɝȻȽɞᒲӦႱࢠᜱ୽ʅɷʯɬʑʚɮʃᆅሱʅʽʉ˂ ǪఊᣋɁᆅሱᝥᭉ ˁ Ჽფপᐐʕʯ˂ʷʴʙʝʴʐ˂ʁʱʽႊˁᯚ

ᳮᐐᤆӦ΢᣹ႊඬᚐᛃӒൡɁᩒᄉˁ˨ᑆͽഈˁᠭ቏ᅔ࣋ˁધȴ˨ȥኄɁӦͽᛃӒൡɁᩒᄉˁ ʶ˂ʀՕߪбɥႊȗȲථ᡾ᚽᏚᒲӦႱࢠᜱ୽੫ᚓɁᩒᄉ

Secure Device Research Centerႎ˹ᆅሱ޷

TANAKA Group
ࠊ޷ᴷ4ႎ˹ ᔐˢ᤼޵‫׆‬Ѵଡ଼ૌ
Assoc. Prof. Eiichiro TANAKA
tanakae@mech.saitama-u.ac.jp



http://s-read.saitama-u.ac.jp/researchers/pages/researcher/TEZTOwiwǪSection

Secure Device Research CenterǪObjective

ˁDevelopment of life support apparatuses forthe elderly and apoplexy patients
ˁAutomatic abnormal diagnosis instead ofskilled workersǪCurrent Topics

ˁ Development of a walking assistanceapparatus enabled for neuro-rehabilitation ofpatients and for the promotion of exercise forthe elderly
ˁDevelopment of assistance apparatuses forupper limbs, standing-up motion, andlifting-up motion
ˁ Development of a method of the automatic
diagnosis for geared machines using laser
beam reflectionໄ޵‫᥂׆‬ᩌ

Ǫᆅሱґ᥿

ᝓᅺൡഫ

Guest ChairǪᆅሱᄻᄑˁ৙Ᏺˁ ႆ࿎Ɂ᛾ᜁൡᑤȝɛɆȰɁՁျɁᜓ஥ȻʷʦʍʒʝʂʱʽɋɁख़ႊˁ ᇘጽጯᑛɁ࿎ျᄑষ‫ڨ‬ѿျՁျɁᜓ஥ȻȰɁ᫖෥ᄑኄΙ‫و‬ᡅɁ޴းʅɷʯɬʑʚɮʃᆅሱʅʽʉ˂
Secure Device Research CenterǪఊᣋɁᆅሱᝥᭉ ˁ ᅓ္ᤆӦҤॅɁՁျɥႊȗȲ˵ᅓɬɹʐɭ

ʠʝʂʱʽˁ ᇘጽጯᑛɁ᫖෥ᄑኄΙ‫و‬ᡅȻαհᜓ౏ˁ ᅓ္ِ᛾ॊӦɁ᜛ລʁʃʐʪɁᩒᄉՒɆِ
᛾ॊӦɁᜓ౏ˁ ୣ‫ޙ‬ɥႊȗȲᇘጽᅓᇼ჏পɁࠈ٣ᜱ୽ˁ ˵ᅓɬɹʐɭʠᄶ᛾ɵʫʳ

एᆅሱ޷



ZHAN
NG GroupǪSection

Information Processing and RecognitionǪObjective

ˁ Investigate of life vision and applications to
Robot vision
ˁ Analyze the signal processing function ofneuron physically and structure the equivalentcircuits.

ǪCurrent Topics

ˁ Binocular active visionˁ Electrical equivalent circuit of neuron
ˁ Development of fixational eye movements
detection system
ˁ Binocular active security camera system
ࠊ޷ᴷ4
  4ए ௗ౑޵‫׆‬ଡ଼ૌ
Assoc. Prof. Xiaolin Zhang
zhang@pi.titech.ac.jp



http//www.zhang.pi.titech.ac.jpǪᆅሱґ᥿

http://www.k-k.pi.titech.ac.jp/ᝁͽȪȲ۹ᒲႏ࣊ᦲ‫ފ‬Ⱦɛɞ޴᮷᭛௑
Experimental scenery with the developed multi
DOFs forceps
ሳ෥٢ɬɹʋʯɲ˂ʉႊȗȲዮॊӦʃʐ˂ʂ
Pneumatic servo table with air bearing










ᅓ္ᤆӦᇘጽʬʑʵɥႊȗȲ Robo-eyeᴥᢣᢠᴦ
The setup of a vergence experimentᆅሱ޷ጳ̿ᷡ ʅɷ᷋ɬʑʚɮʃᆅሱʅʽʉ᷐ᷢ

Ӧᄑʁʃʐʪ
Ǫᆅሱᄻᄑˁ৙Ᏺ ํͶᮠӦʁʃʐʪɁ᜛ລҤॅ஁ศɁ૘෰
Guest ChairǪఊᣋɁᆅሱᝥᭉ ˁ ᜔ᜁɥ఍Ȭɞᤕ᪣଩᎒ߦख़‫Ͳټ‬Ξᛰ۶ᇼਖ਼ᚓႊʷʦʍʒʁʃʐʪˁ ᫿૚᜔‫ټ‬ሳ෥٢ɿ˂ʦʐ˂ʠʵʁʃʐʪɁ
ʅɷʯɬʑʚɮʃᆅሱʅʽʉ˂
ᠯጀ߈ͱᏚขɔҤॅˁ ሳ෥٢ɾʪ̷ࡾኅɥႊȗȲʛʹ˂ɬʁʃʒ
Secure Device Research CenterᚽᏚˁ ᦪᤍ᡾ᢒɗԡ߳ͶᛏᣲᚽᏚႊሳ෥ɃɀɁɬ
ࡺࡥᆅሱ޷
ɹʐɭʠҤॅ

KAWASHIMA Groupˁ ޴᮷ȻୣϏ᜛አɁᙤնȾɛɞํɟ‫ک‬Ɂʬʕʉʴʽɺʁʃʐʪ
ǪSection
Dynamic Systems
Control and measurement of fluid powerǪObjective
systemsǪCurrent Topics
ˁ Forceps manipulator for telesurgery with force
display
ˁ Accurate position control of a pneumaticࠊ޷ᴷ4
servo table   4
ˁ Power assist robot arm using pneumatic
artificial rubber muscle
ࡺࡥ ϧ؎޵‫׆‬ଡ଼ૌ
ˁ Active control of air spring systems for railway
vehicle and semiconductor manufacturing
Prof. Kenji KAWASHIMA
equipments
ˁ Monitoring of flow field with measurement
kkawashi@pi.titech.ac.jp
integrated simulationໄ޵‫᥂׆‬ᩌ˵ᅓ෩ࢲᤆӦɁ᛾ᜁαհᩜᣵɁᇘጽጽᡅNeural pathways of horizontal binocular motor system޵‫᥂׆‬ᩌ

Ǫᆅሱґ᥿

Guest ChairǪᆅሱᄻᄑˁ৙Ᏺ
ᅺᄑ៣ႇҟႊୈ૵ʁʃʐʪ

Intellectual Property Utilization System࿑ᜬষ‫ڨ‬ѿျ࿑ᜬষ‫ڨ‬ɥӛလᓦȢҟႊȬɞȲɔɁ੫ᚓȻȰɁख़ႊʁʃʐʪɁᩒᄉ

ǪఊᣋɁᆅሱᝥᭉ ˁ࿑ᜬ೫ጪႊʐʃʒɽʶɹʁʱʽɁഫኳ

ˁ࿑ᜬ୫စᝣᜓୈ૵
ˁ࿑ᜬʨʍʡͽ਽ୈ૵ࠨࠞᆅሱ޷



IWAYAMA GroupǪSection

Patent Information ProcessingǪObjective

Development of efficient and effective
techniques of patent information processing
and their applications
ǪCurrent Topics
ࠊ޷ᴷ4ࠨࠞ ᅊ޵‫׆‬ଡ଼ૌ
Prof. Makoto IWAYAMAᣵ৊೫ጪɁകᛵ
Overview of the Associative Searchˁ Constructing test collection for patent
retrieval.
ˁ Effective patent document browser.
ˁ (Semi-)Automatic patent map generation.

iwayama@pi.titech.ac.jpʛʍʅ˂ʂ೫ጪȝɛɆ੺ዩ

Passages as Extracts޵‫᥂׆‬ᩌ

Ǫᆅሱґ᥿

Guest Chairᆅሱ޷ጳ̿ᷡ ᅺᄑ៣ႇҟႊୈ૵ʁʃʐʪᷢ

Ǫᆅሱᄻᄑˁ৙Ᏺ
ᅺᄑ៣ႇҟႊୈ૵ʁʃʐʪ

࿑ᜬষ‫ڨ‬ѿျ࿑ᜬʳɮʟɿɮɹʵȾȝȤɞյሗɁͽഈɁӛလԇᴩֿ᠎տ˨ɥᄻᄑȻȪȲ࿑ᜬࡾ‫ޙ‬ȾȷȗȹɁᆅሱIntellectual Property Utilization SystemǪఊᣋɁᆅሱᝥᭉ ˁፋնᄑ࿑ᜬࡾ‫ޙ‬ʁʃʐʪែࡺᆅሱ޷

ˁ࿑ᜬҋ᭐ం᭒ԡᒲӦႆ਽ɲʽʂʽ
ˁ࿑ᜬం᭒ֿ᠎᜻Ιɲʽʂʽ
TANIGAWA Groupែࡺ ᔐ֪޵‫׆‬ଡ଼ૌ
Prof. Hidekazu TANIGAWA

htanigawa@ird-pat.com







ǪSection

Patent Information ProcessingǪObjective

Development of efficient and effective
techniques of patent information processing
and their applicationsǪCurrent Topics

ˁ Constructing test collection for patent
retrieval.
ˁ Effective patent document browser.
ˁ (Semi-)Automatic patent map generation.


Laser Chip޵‫᥂׆‬ᩌ

Ǫᆅሱґ᥿ʟɳʒʕɹʃˁʑʚɮʃ

аብʟɳʒʕɹʃ

Ǫᆅሱᄻᄑˁ৙Ᏺ

ඒ˰͍бᣮαႊбԡ߳ͶᪿሥʑʚɮʃɁᆅሱ
ᩒᄉ

Advanced Photonics

ǪఊᣋɁᆅሱᝥᭉ ˁ ʑʂʉʵˁɽʜ˂ʶʽʒᣮαႊ࿳፷ࢥฯᩋժ

Guest Chair





۰ʶ˂ʀ
ˁ
ᯚᣱʑ˂ʉᣮαႊ۰ᝩ‫ب‬ᪿሥбໃɬʶɮˁߴ‫ټ‬ᯚᣱԡ߳Ͷ۰ᝩ‫ب‬ˁᯚᣱฯᩋժ۰ʶ˂ʀ

ᆀ̢ᆅሱ޷ISHII Group
ࠊ޷ᴷ4

ǪSection

Photonic DevicesǪObjective

Integrated optical semiconductor devices fornext generation photonic networksǪCurrent Topics

ˁ Narrow spectral linewidth tunable lasers for
digital coherent network systems
ˁ Integrated light sources for high-speed data
communications
ˁ Compact semiconductor-based modulators
ˁ High-speed tunable lasersᆀ̢ ‫׆޵̅צ‬ଡ଼ૌ
Prof. Hiroyuki ISHII
ishii.hiroyuki@lab.ntt.co.jp޵‫᥂׆‬ᩌ
Guest Chair

Advanced PhotonicsбɲʶɹʒʷʕɹʃɁख़ႊȾᩜȬɞᆅሱǪᆅሱᄻᄑˁ৙Ᏺ

ඒ˰͍ʗʍʒʹ˂ɹႊбαհѿျʑʚɮʃɁ
ᆅሱᩒᄉǪSection

Optoelectronics

ǪObjective

Research on optical signal processing devices
for next generation optical network
ࠊ޷ᴷ4
ǪCurrent Topicsᦣజ ᠊ׄ޵‫׆‬ଡ଼ૌ

MUX㻌

100GbEႊ᫖ႜ֋Ֆ‫ټ‬۰ᝩᪿሥʶ˂ʀɬʶɮˁʬʂʯ˂ʵ
Integrated light source for 100GbE

ˁ Optical switches including waveguide-based
and free space optical switchesˁ Devices for optical spatial divisionmultiplexingˁ Research on devices for tunable opticaldispersion compensationʨʵʋɽɬʟɫɮʚͤᣞႊ
ʳʨʽ‫بࢥۄ‬Әᠭбໃ
Pump light source for distributed Raman
amplification in multi-core fibers

Prof. Kenya SUZUKI



EAM㻌



ᄉ
ˁ
ሳᩖ۹᥾ᣮαႊбʑʚɮʃɁᆅሱ
ˁฯᩋґୠᛃРˁҤॅʑʚɮʃɁᆅሱSUZUKI Groups.kenya@lab.ntt.co.jp

DFB-LD㻌-㻌ǪఊᣋɁᆅሱᝥᭉ ˁ ߳ฯᡅ‫ټ‬ᴩሳᩖб‫ټޙ‬ᴩбʃɮʍʋɁᆅሱᩒ

ᦣజᆅሱ޷

ʑʂʉʵˁɽʜ˂ʶʽʒႊ࿳፷ࢥฯᩋժ۰ʶ˂ʀ
Narrow linewidth tunable laser for digital coherent systemsᆅሱ޷ጳ̿ᷡаብʟ᷈ʒʕɹʃᷢ

аብʟɳʒʕɹʃ

Ǫᆅሱґ᥿

Micro-ITLA㻌۹ʋʭʗʵฯᩋґୠᛃРʑʚɮʃ
Multi-Channel Tunable Dispersion Compensatorᆅሱ๊ӦResearch Activity Ӂᣲᆅሱ೓Ȼцպᆅሱʐ˂ʨ Creative Research Laboratory and Cooperative Research Projects
 ȬȭȞȤի٥Ԗᴰᆅሱ੔ᴥ៾ໃԇ‫ޙ‬ᆅሱ੔ᴩጀ߈ࡾ‫ޙ‬ᆅሱ੔ᴩख़ႊʅʳʩʍɹʃᆅሱ੔ᴦɂᴩࢲ਽ᴴࢳ࣊ᴩ୫᥂ᅁɁ%1'ढ਽ୈ૵ʡʷɺʳʪɁˢȷȺȕɞᆅሱၥ‫ہ‬ᯚ࣊ԇୈ૵ʡʷɺʳʪȾɛɝᴩࢲዢɁ࣮࿎୿؆Ȼ‫ټ۾‬ᜫ϶Ɂ߳оɥᝓɔɜɟȲǿటᆅሱ੔ɂᴩӁᣲᆅሱ೓Ȼ֣ɃɟɞȦȻȾȽȶȲȦɁ࣮ࠎɁᴰ᪡Ⱦᴩʫɵʘˁʨɮɹʷˁʡʷʅʃ޷ᴥɹʴ˂ʽʵ˂ʪᴩɹʳʃᴦ
ᴩయ୳᜻Ι޷ᴥɹʴ˂ʽʵ˂ʪᴩɹʳʃᴦ
ᴩʚ˂ʋʭʵʫʑɭɬ޴᮷޷Ɂᴰ޴᮷޷ɥ୥϶ȪᴩɑȲ˿ȻȪȹʔʘˁʨɮɹʷʫɵʕʄʪᆅሱɁȲɔȾᅊሳӏࡾʁʃʐʪˢࣻɥ᠔оȪȲǿး٣ᴩ͏˩ɁɛșȽцպᆅሱɥ޴ஃȪȹȗɞǿ ḧ˧ඒЫᯚᪿሥʔʘˁʨɮɹʷʫɵʕʄʪɁᆅሱ Ḩऐ᝗᫖ͶᗖᒒɁढ਽Ȼ࿎ॴҤॅᴩʨɮɹʷయ୳᜻ΙȾᩜȬɞᆅሱ ḩ͑৊ʫʑɭɬၥ‫ہ‬ȾᩜȬɞᆅሱ A 1,500-square-meter building named Creative Research Laboratory has been built to support the further development of threeresearch laboratories at Suzukakedai campus as Center of Excellence in the fiscal year of 1995 by the Ministry of Education. The
Precision and Intelligence Laboratory has opened three rooms in the laboratory: Mechano-Micro Processing Room, Materials
Characterization Room and Virtual Media Experiment Room. The mechano-micro processing room is equipped with facilities fordeveloping nano-micro mechanisms. Using the rooms, following cooperative research projects are in progress: ḧThree-dimensional integration of nano-micro mechanisms ḨFormation and characterization of ferroelectric films and micro-materials ḩVirtual media environmentʫɵʘʨɮɹʷʡʷʅʃ޷
Mechano-micro Processing Roomయ୳᜻Ι޷
Materials Characterization Roomʚ˂ʋʭʵʫʑɭɬ޴᮷޷
Virtual Media Experiment Room






 ɹʴ˂ʽʵ˂ʪ Clean Rooms
 ʫɵʘʨɮɹʷʡʷʅʃ޷Ɂᄉࠕ࿂ȻȪȹႆ࿎ጕȾɕߦख़ժᑤȽʫɵʘʚɮɴʐɭʍɹɹʴ˂ʽʵ˂ʪɥᵇᴯ೓ᴮ᪡ȾᜫᏚȪȹȗɞǿ MEMS/NEMSȻʚɮɴʐɹʘʷʂ˂ɥᙤնȪȲ୿Ȫȗᆅሱґ᥿Ɂࠕᩒɥَȶȹȗɞǿ Mechano-Biotic Clean Room for bio-related researches has been built on the ground floor of the J2 building, as an extended
version of the Mechano-Micro Processing Room.
 Interdisciplinary development on MEMS/NEMS and biotechnology is expected by the facility.













ʫɵʘʚɮɴʐɭʍɹɹʴ˂ʽʵ˂ʪ
Mechano-Biotic Clean Room ʔʘˁʨɮɹʷʁʃʐʪɹʴ˂ʽʵ˂ʪɂᵇᴯ೓ᴮᵃȾᜫᏚȨɟᴩбʑʚɮʃȝɛɆ᫖‫ފ‬ʑʚɮʃɁᛏͽȻȰɁᙤնȾ॒ᛵ
Ƚᴩᗖᒒढ਽ᴩʴʇɺʳʟɭ˂ᴩʔʘʶʣʵൡಽӏࡾᴩ᫖‫ފ‬᭎ॊᨢȽȼɥ߳оȪᴩᠯ˶Қбʁʃʐʪɗʔʘ᫖‫ފ‬ʑʚɮʃɁᆅ
ሱȾȷȗȹ᣹ԇˁ຅ԇɥَȶȹȗɞǿ Nano- and micro-system Clean Room for photonics and electronics researches has been built on the ground floor of the J2
building. The facilities of the thin-layer depositions, lithography, nano-scale numerical-control machine, and scanning electron
microscope are utilized for development of the photonics- and electronics-devices and their integration.














ʔʘˁʨɮɹʷʁʃʐʪɹʴ˂ʽʵ˂ʪ
Nano- and micro-system Clean RoomॊጯӏࡾᚽᏚɗ᫖‫ފ‬᭎ॊᨢȾɛɞʑʚɮʃᛏͽȟժᑤNanoscale fabrication processes and characterization systems are available for device fabrication.

ȰɁͅ


Others᚜ᴮ ᆅሱጕᐳ‫׆‬ୣ Number of Research Staffࢳᴵఌᴮஓး٣

Ԗґ
Positionଡ଼ૌ
Professor

Ѵଡ଼ૌ
Assoc. Prof.

Ӓଡ଼
Asst. Prof.

᜛
Total

ް‫׆‬
Regular Staff

17

17

24

58

း‫׆‬
Actual Staff

(8)
15

(1)
13

18

(9)
46

Ɔᴥ ᴦюɁୣ‫ޏ‬ɂᴩʅɷʯɬʑʚɮʃᆅሱʅʽʉ˂޵‫׆‬ᆅሱ᥂ᩌȝɛɆᣵଆ޵‫׆‬ᆅሱґ᥿ᴥ‫ޙ‬ю૞ᏚᴦɁ޵‫׆‬ଡ଼‫׆‬ୣȺ۶ୣ᚜ᴯ ୧٥ˁ࣮࿎ Site and Buildings
࣮࿎ջለ
Building Nameഫᣲ
Number of Floors࣮ኳᬂሥᴥ˟ᴦ
Floor Space࣫ᬂሥᴥ˟ᴦ
Total Floor
Spaceటᮁᴥᯚ࠙೓ᴦ
Main Bldg.

ᦪᯏᦪኅɽʽɹʴ˂ʒᴶ᪡
9 floors and 1 floor basement

901

7,039

ൡಽࡾ‫ک‬ᴥᴾ೓ᴦ
Sub-Bldg.-A(Machine Shop)ᦪኅɽʽɹʴ˂ʒᴯ᪡
2 floors

494

656

޴᮷೓ᴥᴿ೓ᴦ
Sub-Bldg.-B(Lab Space)ᦪኅɽʽɹʴ˂ʒᴯ᪡
2 floors

514

1,001

޴᮷೓ᴥᵀ೓ᴦ
Sub-Bldg.-C(Lab Space)ᦪኅɽʽɹʴ˂ʒᴯ᪡
2 floors

541

711

ᦂࠖࡾ‫ک‬ᴥᵁ೓ᴦ
Sub-Bldg.-D(Lab Space)ᦪኅɽʽɹʴ˂ʒᴯ᪡
2 floors

102

208ɽʽʡʶʍɿ޷ᴥᵂ೓ᴦ
Sub-Bldg.-E(Lab Space)ᦪኅɽʽɹʴ˂ʒࢲࠎ
1 floor

18

18

Ӂᣲᆅሱ೓
Creative Research Lab.

ᦪኅɽʽɹʴ˂ʒᴰ᪡
3 floors

489

1,500

նպ೓ᴯհᮁˁႇ‫ޙ‬цպᆅሱ೓ᦪኅɽʽɹʴ˂ʒ20᪡࣮ᴥᵇᴯˁᵇᴰ೓ᴦInterdepartmental Buildingᵇᴯ೓ᴮ᪡103հ޷ʫɵʘʚɮɴʐɭʍɹɹʴ˂ʽʵ˂ʪ

ᴥ15,750ᴦ

119
227ᵇᴯ೓ᴮ᪡103հ޷ʔʘˁʨɮɹʷʁʃʐʪɹʴ˂ʽʵ˂ʪ

108

ᵇᴰ೓10᪡1021ᴩ1022հ޷ᴥ᜛ᴲԨͱᴦ

120

120

ᵇᴰ೓11᪡1114ᴩ1115ᴩ1116ᴩ1119ᴩ     1120ᴩ1121հ޷ᴥ᜛12Ԩͱᴦ

286

286

3,692

11,766

ն᜛
Total





᚜ᴰ ጽ៵ᴥࢳ࣊ᴦ BudgetԨͱᴷԛяᴥthe figures are in 1000 yenᴦԖґDivisionᤆ؆̬͇ᦂ
University ExpenditureᦂᭊAmount of money̷͔៵ Personnel

521,923࿎͔៵ Instruments

171,975ஃᜫ୥϶៵ EquipmentsᴥExtraᴦ0ߴ᜛ Subtotal

693,898ᇼ‫ޙ‬ᆅሱ៵ᛃӒᦂ Grant-in-Aid for Scientific Research

164,729‫ޙ‬ᚓᆅሱӒ਽‫ᦂژ‬Ӓ਽ᦂ Grant-in-Aid for Scientific Research

53,283‫߆ޙܟ‬᪀ᦂ Research Grant from Companies

37,188ՙᜣᆅሱ៵ Grant for Cooperative Research with Industries (Ƌ)

131,585цպᆅሱ៵ Grant for Cooperative Research with Industries (ƌ)

24,031ȰɁͅ And Others

47,850ߴ᜛ Subtotal

458,666

ն᜛ Sum Total

1,152,564

᚜ᴱ ‫ޙ۾‬᪋‫ޙ‬ႆኄ‫׆‬ୣᴥࢳ࣊ᴦ   Number of Post Graduate Students᚜ᴲ ๜۶ຝᓎᐐୣᴥࢳ࣊ᴦ   Countries Visited by Staff Members
̷ୣ

șȴ
۶̷ّ

‫ޙ۾‬᪋‫ޙ‬ႆˁԩۢऻఙᝥሌ
Graduate studentᴬDoctor course

58
(22)

‫ޙ۾‬᪋‫ޙ‬ႆˁεۢᝥሌ
Graduate studentᴬMaster course‫᥂ޙ‬ႆ
Undergraduate



ն᜛
Total

ຝᓎа
Country(Region)

̷ୣ

25
(1)

ɬʂɬ
Asia

45

177

29

Ԉዢ
North America

27

23

1

˹ԧዢ
Central and South America

0

258
(22)

55
(1)

ʲ˂ʷʍʛ
Europe51

ɴʅɬʕɬOceania2˹ూMiddle East0ɬʟʴɵ
Africa0                      Ɔᴥ ᴦюɁୣ‫ޏ‬ɂᴩᇋ̷͢Ⱥ۶ୣ





ն᜛
Total

125



Ǫᐳ‫ ׆‬Staffᴥ း٣ᴦ᥂ᩌջDivision੔ᩋ޷
Director's Officeґ᥿ջSectionଡ଼ૌ
Professor

Ѵଡ଼ૌ
Associate ProfessorӒଡ଼Assistant Professor



୿᥿ᇸਜ



H. SHINNOᴥ4Ǳ
Ȏ 4ᴦ
ᯚర‫̐۾‬˧ණᛀရᅺᑤԇࡾ‫ޙ‬ᅺᜁষ‫ڨ‬ѿျ˹టᯚᤍ
H. TAKAMURA
H. MITAKE
Advanced Information
Intelligent Information
N. NAKAMOTOȎᴦᴥ4Ǳ4
Ȏᴦᴥ4Ǳ4Ȏᴦ
ProcessingProcessingᴥ4Ǳ4
շర‫܌‬แ෹
ኀ᥿ᤥࢲ


ᝓᅺൡഫ
‫ܝ‬ర ‫ޙ‬
R. SASANO
N. YOSHIMURA
Information Processing and
M. OKUMURAȎ 4ᴦ
Ȏᴦᴥ4Ǳ4Ȏᴦᴥ4Ǳ4
Recognitionᴥ4Ǳ
ʜʯ˂ʨʽʹᗵ ᝚
ᩋែࡺ௕ˢ
ᠣᏹг̹ᇘՁᛀᚐɮʽʉ˂ʟɱɮʃ
M. SATOS. HASEGAWA
K. AKAHANE
H. KAMBARA
Human Interfaceᴥ4Ǳ4Ȏᴦᴥ4Ǳ4Ȏᴦᴥ4Ǳ4Ȏᴦᴥ,Ǳ,
Ȏ
ᴦ
͜ᗵ๖̅
ࠞಏ‫۾‬ᢕ
഍ॊʑʚɮʃ
᫖‫ފ‬ʑʚɮʃ
ᴥᄬ ˢׄᴦᴧ
H. ITO
D. YAMANE
Advanced Microdevices
Electron Devices
K. MASUȎᴦᴥ5Ǳ5Ȏᴦᴥ5Ǳ5Ȏᴦᴥ5Ǳ5бʑʚɮʃ
೤̅Ձᛀᚐ
Optical Devices
H. UENOHARAȎᴦᴥ4Ǳ4ฯӦख़ႊʑʚɮʃ
˹రϧ‫᤼܀‬ႎՁᲽ಺෹
෩᥿ูᢕ
Applied Acoustic Devices
K. NAKAMURA
M. TABARU
Y. MIZUNOᴥ4Ǳ4Ȏᴦᴥ4Ǳ4Ȏᴦᴥ4Ǳ4
Ȏ
ᴦ



ጀൡʑʚɮʃ
ᠯॊጯӏࡾ
୿᥿ᇸਜPrecision Machine Devices
Ultrafine Machining
H. SHINNOȎᴦᴥ)Ǳ4ైరᔗൗᴥ᭫᥿ Ҵᴦጀ߈ൡጨԈ಴ய‫܁‬
S. MATSUMURA
T. IINO
Precision Machine Elements H. HOUJOHȎᴦᴥ4Ǳ4Ȏᴦᴥ4Ǳ4Ȏᴦᴥ4Ǳ4ᪿሥʨʁʽ
᣹ۢड़णᴥ٠஁ ̣ᴦ

Integrated Mechanisms
T. SHINSHI
W. HIJIKATA
ᴥ4Ǳ4Ȏᴦᴥ4Ǳ4Ȏᴦᯚൡᑤԇʁʃʐʪ
Ҥॅʁʃʐʪ‫ ع‬ᇜ̹

Advanced Mechanical Systems System Control
S. I. EOMȎᴦᴥ4Ǳ4ե᥿ᐖ‫᤼܀‬ࠁ ᨋ்
Ӧᄑʁʃʐʪշႎ֪ः
K. TADANO
C. YOUN
Dynamic Systems
K. YOSHIDAȎᴦᴥ4Ǳ4Ȏᴦᴥ4Ǳ4Ȏᴦᴥ4Ǳ4ᅺᄑʁʃʐʪқ༖ ැ
౿ႎί‫ފ‬ᛴᣓ៱ॖᴥణ ᨋ๶ᴦ
Intelligent Systems
T. HATSUZAWA
Y. YANAGIDA
T. NISISAKO
J. PARKᴥ4Ǳ4
Ȏᴦᴥ4Ǳ4Ȏᴦᴥ4Ǳ4
Ȏᴦᴥ4Ǳ4
Ȏ
ᴦ
ሙᤱఎ̐
ႎՁඩൗ
ኸՁᄍն
аብయ୳
య୳ᜫ᜛
ጯႎᇸൗ
T. INAMURA
M. TAHARA
Y. SHINOHARA
Advanced Materials
Materials Design
H. HOSODAȎᴦᴥ4Ǳ4Ȏᴦᴥ4Ǳ4Ȏᴦᴥ4Ǳ4Ȏᴦᴥ4Ǳ4ʹᗵԛ஥ᴥᩜՠ ঩ᴦ഍᪅య୳‫ښ‬෹˧‫׺‬႒
C. SATO
Y. SEKIGUCHI
Mechanics and
M. HORIEȎᴦᴥ)Ǳ)
Ȏᴦᴥ4Ǳ4ȎᴦEngineering Designᴥ4Ǳ4

ൡᑤ᜻Ι

ఇಏඩ̷
CHANG. Tso-Fu MarkAdvanced Materials Evaluation
M. SONEᴥ4Ǳ4Ȏᴦᴥ4Ǳ4Ȏᴦ٠஁ ̣ W. HIJIKATAцᣮ᭫᥿ Ҵ T. IINO
Common Researchᩜՠ ঩ Y. SEKIGUCHI ణ ᨋ๶ J. PARK޺ట௖̅٪ՠ‫ޔ‬๖
˹༯ඩፋʟɳʒʕɹʃᪿሥʁʃʐʪᆅሱʅʽʉ˂
ߴ̝ࠞ˧‫܁‬T. MIYAMOTO
T. SAKAGUCHI
M. NAKAHAMA
Photonics Integration System Research Center
F. KOYAMAȎᴦᴥ4Ǳ4Ȏᴦᴥ4Ǳ4Ȏᴦᴥ4Ǳ4Ȏᴦ ʅʽʉ˂ᩋ ߴ̝ࠞ˧‫ ܁‬F. KOYAMAᴥ4Ǳ4ʅɷʯɬʑʚɮʃᆅሱʅʽʉ˂
ᴥߴ෺࣐௔ᴦ ᦂ Υީ

Secure Device Research Center
Y. KOIKE
J. W. KIM
ᴥ,Ǳ,Ȏᴦᴥ,Ǳ,Ȏᴦ ʅʽʉ˂ᩋ ߴ෺࣐௔ Y. KOIKE
ᴥ޵‫᥂׆‬ᩌᴦ౺ႎ᪜ᚐᴥៈ൞ᇼ੫‫۾‬ᴦႎ˹ᔐˢ᤼ᴥ‫ڙ‬ဝ‫۾‬ᴦ ᴥGuest Chairᴦ
T. SHIBATAᴥ4ᴦE. TANAKAᴥ4ᴦ
ࡺ̷б႒ᴥّ᪨᫖ᣮ‫ژ‬ᇀ੫ᆅᴦ

M. KAWATOᴥᵇᴦए ௗ౑ X. ZHANGᴥ˹ّᇼ‫ޙ‬᪋˨๜ॊጕፋ˫αক੫ᚓᆅᴦ
ᴥໄ޵‫᥂׆‬ᩌᴦ
ᴥGuest ChairᴦȎᴦᴥ4Ǳ4ࡺࡥϧ؎ K. KAWASHIMAᴥూ̱ԗᇼථᇼ‫۾‬ᴦȎᴦᴥ4Ǳ4ᅺᄑ៣ႇҟႊୈ૵ʁʃʐʪᴥ޵‫᥂׆‬ᩌᴦࠨࠞ ᅊ M. IWAYAMAᴥஓ቏ᛏͽ੔ᴦIntellectual Property Utilization SystemᴥGuest Chairᴦᴥ4ᴦ
ែࡺᔐ֪ H. TANIGAWAᴥIRDّ᪨࿑ᜬ̜ө੔ᴦ ᴥ4ᴦ
аብʟɳʒʕɹʃᴥ޵‫᥂׆‬ᩌᴦᆀ̢‫ ̅צ‬H.ISHIIᴥNTTᴦ
Advanced PhotonicsᴥGuest Chairᴦᴥ4ᴦ
ᦣజ᠊ׄ K. SUZUKIᴥNTTᴦᴥ4ᴦᐳ‫ ׆‬౺ࠞᄽ‫ފ‬˿౼ ᩜಏඩбȬȭȞȤի٥Ԗ̜ө᥂፱өeᆅሱ੔ɺʵ˂ʡ
Staff N. SHIBAYAMAᴥጀ߈ࡾ‫ޙ‬ᆅሱ੔̜ө޷ᴦ
Chief M. SEKINEȎ 4ᴦ
ᴥ44ᴦ
Administration Officeᴥ4ǱȄาȅᴥ  ᴦюୣ‫ޏ‬ɂǾю፷ႭհǾ೓Ⴍհᴪ᥂ࠎႭհǾʧʃʒႭհ
  The second numbers before and after the hyphen show the tower and room number, respectively. The last number is the POST number.
ʟʷʽʐɭɬᆅሱൡഫ ʇʴʯ˂ʁʱʽᆅሱൡഫ Ⴑሗൡᑤᪿሥᆅሱʅʽʉ˂ᴥFrontier Research Center, Solutions Research Laboratory (SSRL), ICE Cube Centerᴦፋնᆅሱ᪋ ʇʴʯ˂ʁʱʽᆅሱൡഫ ʕʯ˂ʷʴʙʝʴʐ˂ʁʱʽʡʷʂɱɹʒᴥSolutions Research LaboratoryᴥSSRLᴦ, Neuro-rehabilitation ProjectᴦȬȭȞȤիɷʭʽʛʃʨʍʡ

ࠞਖ਼፷
Yamanote Line

Suzukakedai Campus MapȬȭȞȤի
Suzukakedai

4259 Nagatsuta-cho Midori-ku, Yokohamaᩋแႎ
Nagatsuta̝‫ފ‬ဝࡺ
Futakotamagawa

ႎٛ᥆ࢍ፷Denentoshi LineLand Area 225,423˟
˟ດែShibuyaȬȭȞȤիɷʭʽʛʃ
Suzukakedai Campusᄻ᳈Meguro୿൐๒
Shinyokohama‫ࠞࠥ۾‬
Ookayama‫ࠞࠥ۾‬ɷʭʽʛʃ
Ookayama Campus൐๒፷Yokohama Lineֿࡺ
Shinagawa‫̢۾‬႔
Ooimachi

ḫ

Ḭ

ḭ
Ḹ
 
ǲ

ḷ

 
ǲ
 
ǲ

ḵ
ḹ

 
ǲ
 
ǲ

Ḯ

Ḵ

Ḱ
ḯ

ḳ
Ḷ

 
ǲ

Ḻ

ḱ

 
ǲ

Ḩ
ḩ
Ḫ

 
ǲ

ḧ

Ḳ

 
ǲ



 
ǲ

 
ǲ
 
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 
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 
ǲ

 
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Ḫ ʚɮɴᆅሱ‫ژ‬ᄷୈ૵፱նʅʽʉ˂ᴥႆ࿎޴᮷೓ᴦ

ᵄ٥Ԗ



ᵐ٥Ԗ

 ፱նျࡾ‫ޙ‬ᆅሱᇼ೓ᴮհᮁ
ǲ

ᴿ٥Ԗ



ḧ ႆ֤ျࡾ‫ޙ‬ᆅሱᇼ೓

Graduate School of Bioscience and Biotechnology Bldg.

Ḩ ʚɮɴᆅሱ‫ژ‬ᄷୈ૵፱նʅʽʉ˂ᴥɬɮʇʒ˂ʡ೓ᴦ

Center of Biological Resources and Informatics (Radio Isotope Research Bldg.)

ḩ ʚɮɴᆅሱ‫ژ‬ᄷୈ૵፱նʅʽʉ˂ᴥᤤͤ‫޴ފ‬᮷೓ᴦ

Center of Biological Resources and Informatics (Gene Research Bldg.)
Center of Biological Resources and Informatics (Bioinformatics Bldg.)

Interdisciplinary Graduate School of Science and Engineering Bldg.1

ḫ ፱նᆅሱᮁḵ ៾ໃԇ‫ޙ‬ᆅሱ੔ᴿ೓

 ፱նျࡾ‫ޙ‬ᆅሱᇼ೓ᴯհᮁ
ǲḬ ʟʷʽʐɭɬӁᣲцպᆅሱʅʽʉ˂Ḷ ጀ߈ࡾ‫ޙ‬ᆅሱ੔ˁЅষ‫ڨ‬೓ ፱նျࡾ‫ޙ‬ᆅሱᇼ೓ᴰհᮁǲ

ḭ Ыጨ੉Ⴉᆅሱʅʽʉ˂ḷ ጀ߈ࡾ‫ޙ‬ᆅሱ੔ᴾ೓

 ፱նျࡾ‫ޙ‬ᆅሱᇼ೓ᴱհᮁǲḮ َంᮁȬȭȞȤիґᮁḸ ጀ߈ࡾ‫ޙ‬ᆅሱ੔ᴿ೓

 MHDᄉ᫖޴᮷೓
ǲ

ḯ ᠯᯚ٢᫖‫ފ‬᭎ॊᨢ޷ḹ ጀ߈ࡾ‫ޙ‬ᆅሱ੔ᵀ೓  ፱նျࡾ‫ޙ‬ᆅሱᇼ೓ᴲհᮁǲḰ ፱նᆅሱᮁҝᮁḺ ख़ႊʅʳʩʍɹʃᆅሱ੔ᯚ࠙೓ᵅ٥Ԗḱ ࣔ෩ѿျஃᜫ ख़ႊʅʳʩʍɹʃᆅሱ੔Ͳ࠙೓
ǲ ‫͢ޙ۾‬ᮁᴥȬȭȞȤʥ˂ʵᴦǲḲ ᜫ϶ʅʽʉ˂ ख़ႊʅʳʩʍɹʃᆅሱ੔ᴾ೓
ǲ

ᵇ٥Ԗ

ᵏ٥Ԗ

 ख़ႊʅʳʩʍɹʃᆅሱ੔ᴿ೓
ǲ

 նպ೓ᴮհᮁǲ

ḳ ៾ໃԇ‫ޙ‬ᆅሱ੔೓ ख़ႊʅʳʩʍɹʃᆅሱ੔ᵀ೓ǲ

 նպ೓ᴯհᮁ
ǲḴ ៾ໃԇ‫ޙ‬ᆅሱ੔ᴾ೓ Ӂᣲᆅሱ޴᮷೓
ǲ

 նպ೓ᴰհᮁ
ǲ

Research Administration OfficeChemical Resources Laboratory Bldg. –Annex B

Frontier Collaborative Research Center

Precision & Intelligence Laboratory Bldg.

Materials Research Center for Element Strategy

Precision & Intelligence Laboratory Bldg. – Annex A

Suzukakedai Library

Precision & Intelligence Laboratory Bldg. –Annex B

Ultra-High Voltage Electron Microscope Laboratory

Precision & Intelligence Laboratory Bldg. –Annex C

Annex of Research Administration Office

Materials and Structures Laboratory High – rise Bldg.

Water Renovation Plant

Materials and Structures Laboratory Low – rise Bldg.

Utility Center

Chemical Resources Laboratory Bldg.
Chemical Resources Laboratory Bldg. –Annex A

Materials and Structures Laboratory Bldg. – Annex AMaterials and Structures Laboratory Bldg. – Annex C
Materials and Structures Laboratory Bldg. – Annex C
Creative R

Interdisciplinary Graduate School of Science and Engineering Bldg.2
Interdisciplinary Graduate School of Science and Engineering Bldg.3
Interdisciplinary Graduate School of Science and Engineering Bldg.4
MHD Laboratory Bldg.

Interdisciplinary Graduate School of Science and Engineering Bldg.5

J1 Bldg.

J2 Bldg.
J3 Bldg.

ᴪPrecision and Intelligence Laboratory
Tokyo Institute of Technology

http://www.pi.titech.ac.jp