Research(Ins+tute(of(( ElectricalCommunicaon, Tohoku ...virtual world seamlessly Systems & Software...

July 2014

Research Ins+tute of Electrical Communica+on,

Tohoku University (Sendai, Japan)

Campuses

Katahira （Headquarters, Research Ins1tutes (4), Graduate School of Life Sciences, Professional Graduate Schools) Aobayama (Graduate Schools of Engineering/Science/Pharmaceu1cal Sciences/Informa1on Sciences/Biomedical Engineering, etc.) Kawauchi (Graduate Schools of Art and LeDers/Educa1on/Law/Economics and Management/Interna1onal Cultural Studies, etc.) Amamiya (Graduate School of Agricultural Science) Seiryo (Tohoku University Hospital, Graduate Schools of Medicine/Den1stry, Ins1tute of Development, Aging and Cancer)

Tokyo Osaka Fukuoka

Sapporo Sendai

Nagoya

Students 17,852 (16,667 Japanese students, 1,185 international students)

Faculty and Staff

Overview of Tohoku University

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Research Ins+tute of Electrical Communica+on, Tohoku University (Sendai, Japan)

Tohoku Univ.

Number (2014 Spring) RIEC

886 Professors 24

737 Associate Profs. 18

1202 Assistant Profs. 25

11,060 Undergrad. Students 56

4,106 MC Students 125

2,651 DC Students 38

Res. Inst. Electr. Comm. (RIEC, 1935-‐ ) Tohoku Univ. (1907-‐ )

3

Total　67

Total 219

Brief History of RIEC 1935 Establishment of RIEC as a

research ins+tute affiliated with Tohoku Imperial University

1994 Reorganized as Na+onal Centre for Coopera+ve Research

2010 Reorganized as Joint Usage / Research Center

1950 Three elements of op+cal communica+on technology

1950 Sta+c induc+on transistor 1958 Parametronic computer

SENAC-1

1958 Metal par+cle magne+c tape 1975 SAW filter 1977 Perpendicular magne+c

recording

Prototype in 2005


The Fact of RIEC

4


The Fact of RIEC

IEEE Electrical Engineering Milestone for Yagi-‐Uda Antenna 5


The Archives Room

6 Yagi-‐Uda

Antenna (1929) Split Anode

Magnetron (1927) AC-‐Bias Magne+c Recorder (1937)


Budget (Budget shiZ 2008-‐2012)

The Fact of RIEC 単位：百万円／million yen

7

Budget ShiZ

4,393 3,929

4,417

5,441

4,365


The Fact of RIEC

8

External Funds

単位：百万円／million yen

• Laboratory for Nanoelectronics and Spintronics

– Creation of base nano-spin technology for future ICT

• Laboratory for Brainware Systems

– Technology mixing real and virtual world seamlessly

Systems & Software Division

Human Information Systems Division

Broadband Engineering Division

Information Devices Division Creation of nanoelectronics information devices based on physical phenomena

Creation of next generation system for Ultra-Broadband communication

Creation of information system harmonizing human with environment

Creation of system and software supporting information society

4 Research Divisions, 2 Research Laboratories & 1 Research Centre

Current Research Organiza+ons in RIEC

Research Divisions Kernels for long-range basic research

Research Center for 21st Century Information Science

Laboratories Next generation technology research with middle-term horizon

• Creation of new ICT industry by industry-university cooperation

• Prototype development with short-term (5 yrs.) horizon


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The Fact of RIEC

Informa1on Devices Division

Quantum media conversion from a photon to an electron/nuclear spin

An achievement of the recording density of 4 Tbit/inch2 in actual informa1on storage

10

( 　Edamatsu　Gr.　）（　Cho Gr.　）


The Fact of RIEC

Broadband Engineering Division

Experiment on ultrahigh-‐speed op1cal transmission A large-‐scale storage system

with parallel HDD opera1on

Superradiant THz lasing with giant gain in popula1on-‐inverted graphene-‐metal ribbon arrays

11 （　Nakazawa-‐Hirooka-‐Yoshida Gr.　）

（　Muraoka　Gr.　）


The Fact of RIEC

Human Informa1on Systems Division

Wireless magne1c mo1on capture system

Accurate sound space communica1ons system based on higher order Ambisonics by using 157ch loudspeaker array

12

（　Ishiyama-‐Hashi　Gr.　)

（　Suzuki-‐Sakamoto　Gr.　）


The Fact of RIEC

Systems & SoZware Division

　　　　　SML#, a state of the art compiler

Conduc1ng comprehensive research on a variety of interac1ve content which creates new value

13

（ Kitamura　Gr.　)

（　Ohori　Gr.　）


The Fact of RIEC

Laboratory for Nanoelectronics and Spintronics

Organic field-‐effect transistor

(LEFT) Probability of successive back-‐and forth switching by the applica1on of voltage pulses of 0.9V as func1ons of pulse dura1on and magnitude of an external magne1c field along 21° from film normal. (Applied Physics LeDers 2012) (RIGHT) Cross sec1onal transmission electron microscope image of perpendicular anisotropy magne1c tunnel junc1on with double interface MgO/CoFeB/Ta/CoFeB/MgO recording layer. (Applied Physics LeDers 2012)

14 （　Ohno　Gr.　）

（　Niwano Gr.　）


The Fact of RIEC

Laboratory for Brainware Systems

Microchip of a neural network

High performance LSI for mobile applica1ons (Nonvoltage TCAM chip)

Ophiuroid robot that enables omnidirec1onal locomo1on

15

（　Ishiguro　Gr.　）（　Nakajima　Gr.　）

（　Hanyu-‐Natsui　Gr.　)


The Fact of RIEC

Research Center for 21st Century Informa1on Technology

Highly-‐Available Storage System

16 （　Muraoka　Gr.　)

Research(Ins+tute(of(( ElectricalCommunicaon, Tohoku ...virtual world seamlessly Systems & Software...

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