ADVANCE PROGRAM

IN
COOPERATION
WITH
Optical Society of America
(OSA)
SPIE
The Institute ofElectronics, Information
and Communication
Engineers (IEICE)The Chemical Societyof Japan
Information Processing
Society of JapanThe Institute ofElectrical Engineers ofJapan
The Institute of Image
Electronics Engineersof Japan
The Institute of Image
Information and Television
Engineers
The Japan Society for
Precision Engineering
The Laser Society of
Japan

INTERNATIONALSYMPOSIUM ON
OPTICALMEMORY 2012
The National Museum of Emerging
Science and Innovation (Miraikan),
Tokyo, Japan
Sep. 30 - Oct. 4, 2012
SPONSORED BY-The Japan Society of Applied
Physics (JSAP)-The Magnetics Society ofJapan (MSJ)-Optoelectronics Industry andTechnology Development
Association (OITDA)

Deadlines
Post Deadline Papers:
August 1, 2012
Advance Registration:
September 1, 2012
http://www.isom.jp/

Symposium Schedule

9:00

SundaySep. 30
Registration
15:00 -- 17:00

MondayOct. 1
Registration
8:30 -- 13:00
Opening
Remarks& Keynote

10:00
Hologram 1
11:00
Coffee break
12:00
Hologram 2

Tuesday
Oct. 2
Registration
8:30 -- 13:00

9:00

Media and
Mastering

10:00

Coffee breakSpecial Session 2"New
Applications
Related to
Optical Storage
Technologies 2"

11:00

12:00

ISOM'13/Photo
13:00

13:00
Lunch

Lunch

14:00

14:00

Basic Theory

15:00

New World

15:00

System andComponents
16:00

Coffee break

17:00

Special Session 1"New
Applications
Related to
Optical Storage
Technologies 1"

18:00

Get Together

16:00
Coffee break

Poster Session

Break

19:00

17:00

18:00

19:00
Banquet

20:00

20:00

21:00

21:00

8:30
9:00

Wednesday
Oct. 3
Registration
8:30 -- 12:00

Thursday
Oct. 48:30
9:00

Special Session 3“Bio Technology”
High Density

10:00

Coffee break

11:00

Sepcial Session 4"Digital Archival
Applications"

10:00

Coffee break

11:00

Multilayer Recording
12:00

13:00

12:00

Lunch
Lunch

14:00

13:00

14:00
Drive Technology and
Signal Processing

15:00

15:00
Technical Tour

16:00

Post Deadline
Award & Closing

16:00

17:00

17:00

18:00

18:00

19:00

19:00

20:00

20:00

21:00

21:00

WELCOME TO ISOM’12
WELCOME STATEMENT FROMTHE ORGANIZING COMMITTEECHAIRPERSONThe 22nd International Symposium
on Optical Memory (ISOM’12)
will be held in Tokyo, Japan
Sept. 30-Oct. 4, 2012
On behalf of the International Symposium on Optical
Memory (ISOM) organizing committee, I am delighted towelcome all of you to the ISOM’12 in Tokyo.
The last SOM meeting in Tokyo was held in 1994, andremarkable progresses of technological and business
innovation have been created in global market during these18 years.
CD family, DVD family and Blu-ray family, for example,
have greatly contributed to innovation of global PC industry,game industry, audio/visual software distribution industry, as
well as to local economic growth in Taiwan/China, Korea,
Singapore, India and Japan.
We are very proud of the ISOM activities, because many of
the technologies which contributed to the innovation and to
the economic growth, have been first presented and discussed
in ISOM meetings.
But we understand today that the optical memory confronts
with critical phase: we need to find new killer applications tocreate new innovations in addition to current industry, for
new economic growth.
I sincerely ask all of ISOM’12 participants not only to discuss
fourth and fifth generation optical memories or even othertechnologies, but also to talk over new ISOM direction andvision in coming ISOM’12 meeting.

Koichi Ogawa
Organizing Committee Chairperson ISOM’12-4-

INTRODUCTION
The 22nd International Symposium on Optical Memory (ISOM)
will be held from Sep. 30th to Oct. 4th 2012 at the National
Museum of Emerging Science and Innovation (Miraikan) inTokyo, Japan. The purpose of the symposium is to provide aforum for information exchange on a broad range of topics
covering science and technology in optical memories.
The origin of ISOM was SOM (Symposium on Optical Memory)
held in 1985 in Tokyo, and the 1st ISOM was held in 1987 inTokyo. ISOM or SOM were held every year from 1985 and thetotal number of lectures reached around 2,860 so far. Therefore,
ISOM and SOM contributed to having opportunities for a wide
variety of discussions on optical memories.
In ISOM’10 and ISOM/ODS’11, new optical data storage
systems and application systems were discussed as well as highdensity technologies or future technologies. In 2012, discussion
on new technologies and ideas related to optical memory or
storage systems and applications will be strongly expectedaccording to the fields of ISOM from practical standpoints whichwere newly defined in ISOM’10.
The symposium site, Miraikan, is located at east part of Tokyoand very convenient place for reaching center and downtown ofTokyo. Miraikan was opened in July, 2001 and is a new type ofscience museum aiming to share the state-of-the-art knowledge
and innovation with the whole society as part of enriched humanculture.
A new sightseeing spot, the world's tallest tower of 634 metersnamed “Tokyo Sky Tree”, emerged and is opened to the public
in Tokyo. The Tokyo Sky Tree, which is also the world's tallest
broadcasting tower, has two observation decks, one at 350 meters
and the other at 450 meters above ground. There is a newly
completed commercial complex, the “Tokyo Soramachi”
meaning the sky town, near the tower, which has 312 shops andrestaurants.

SCOPE OF THE SYMPOSIUM
ISOM'12 will discuss the current status of optical memory
system design and applications, together with new developmentsin the areas of media, lasers, optical system, basic theory
including computer simulation, and a range of futuretechnologies. From ISOM’09, the scope of the symposium was
extended to accept a wide range of researches and technologies
on optical memory systems. From ISOM’10, the field of thesymposium was newly introduced to discuss various
technologies related to optical memory systems and storage
systems.
-5-

In addition to ordinary contributed papers, a number of invited
papers in cutting edge will be presented. In ISOM’12, four
Special Sessions are also planned: They are focused on “New
Applications Related to Optical Storage Technologies,” “BioTechnology,” and “Digital Archival Applications.”
Distinguished researchers on the fields are invited for introducing
their recent progress.
Topics to be covered in this symposium include, but are not
restricted to the followings:
Scope from a Technical Standpoint
1. Basic Theory and Physical Optics
・ Structure Analysis
・ Photochemical Reaction
・ Multi-Photon Process
・ Electromagnetic Optics
・ Nonlinear Optics
・ Near-Field Optics
・ Quantum Optics
・ Spectroscopy
・ Simulation
2. Media and Material Science・ Rewritable, Write-Once, Read-Only Media・ Characterization, Recording and Readout Mechanisms
・ Manufacturing Technology
・ Substrates, Mastering・ Super-Resolution Media・ Photochromic and Photorefractive Materials, Other
Materials
・ Photonic Crystals
・ Plasmonics, Metamaterials, Nanomaterials
3. Drive Technologies and Signal Processing
・ Drive Integration
・ Mechanics and Electronics Design
・ Servo and Accessing Methods
・ Read/Write Channels, Error Correction
・ Modulation Code・ Copy Protection
・ Image Processing
4. Components and Nano-Fabrication
・ Optical Heads, Actuators
・ Lenses, Diffractive Optics
・ Active or Adaptive Optics
・ Light Sources, Detectors
・ Integrated Optical Heads and Components
・ Modulators, Image Sensors
・ MEMS/NEMS Fabrication and Devices
・ Nano-Imprint
5. Testing Methods and Devices
・ Testing and Evaluation Methods for Drives, Media and-6-Components
・ Drive Testers, Media Testers
6. Systems and Applications
・ Optical Storage Systems
・ Archival Applications
・ Security Applications
・ Mobile Applications
・ Medical and Bio-Applications
・ New Applications
7. High-Density Recording
・ Holography
・ Volumetric Storage, Multi-Layer Recording
・ Scanning Probe and Near-Field Recording
・ Multiwavelength Recording and Bistable Devices
・ Multi-Level Recording
・ Hybrid Recording
・ Other Future Technologies
8. New World - Other Future Science and Technology
Available to Information Storage
Fields from a Practical Standpoint
A. Information System
・ Archives
・ Green IT
・ Ecology
・ New Concept
B. Optical Technology
・ Components
・ Material
・ Display・ Apparatus
C. Memory Technology
・ HDD
・ SSD
・ PCRAM・ Signal Processing

REGISTRATION
Advance Registration
The Symposium registration information and form can beobtained from the ISOM website (http://www.isom.jp/).
If you have any questions, please contact ISOM secretariat
office.
Onsite Registration
The registration desk will be located at the seventh floor of
the Miraikan from Sunday through Wednesday during thefollowing hours.
-7-Because the registration desk in the morning on October 1 is
supposed to be so crowded, it is recommended to finish yourregistration within September 30.
Sep. 30:
Oct. 1:
Oct. 2:
Oct. 3:

15:00 - 17:00
8:30 - 13:00
8:30 - 13:00
8:30 - 12:00

Registration FeesType

On or before
Sep. 1, 2012

RegularStudent & Retiree
BanquetAdditional
Technical Digest

After
Sep. 1, 2012

50,000JPY
10,000JPY
5,000JPY

60,000JPY
15,000JPY
7,000JPY

6,000JPY

6,000JPY

The currency is Japanese Yen (JPY).
The registration fee for the symposium includes admission to all
the technical sessions, a copy of the technical digest. All thestudents are requested to show their Student ID cards on site.
Registration and Payment
Those who wish to attend ISOM’12 should access ISOM website(http://www.isom.jp/), where the procedure of the registration is
described. Online registration is highly recommended. If online
registration is not convenient for you, please contact secretariat
office.
The advantage of early registration rate is available bySeptember 1 and the registration website will be opened until
September 24. After September 25, registration has to be done
on-site during the symposium.
Payment should be made in Japanese yen by bank transfer(inside Japan only) or credit card (Diners Club, AMEX, VISA,JCB and Master Card). No personal checks will be accepted.
Onsite payment should be made in Japanese yen only bycash.
Registration Cancellation Policy
As a rule, no refunds of the registration fee will be made forany reasons whatever. In the event of registrant unable toattend the symposium, a copy of the Technical Digest will besent after the symposium.

-8-

INSTRUCTION FOR SPEAKERS<ORAL PRESENTATION>▶ Time assigned for
Type

Total

Presentation

Discussion

KeynoteInvitedContributed

30 min25 min20 min30 min20 min15 min--5 min5 min▶ All speakers are requested to get in touch with their presiders
15 min before their sessions start.
▶ The conference room will contain an LCD projector, a laptop,
a podium microphone, a screen and a laser pointer. Speakers
may use their own laptop.
▶ If speakers use their own laptop, they will be requested toconfirm its connection with the projector in the conference
room during break time or in the morning. We recommend
all speakers to have this check the day before theirpresentations.
▶ If speakers don’t use their own laptop, they are requested to
upload their presentation materials in a USB memory at the
podium at least one hour prior to their presentations. We
strongly recommend the speakers to use PDF files in order toprevent file format or version troubles.
▶ We recommend all speakers to use more than 16-point font.
The audience expects well-prepared presentations withclearly visible figures and captions, as well as good
conclusion.
<POSTER PRESENTATION>▶ Your session code will be indicated on the panel board. You
will be provided with the material to mount your poster onto
the board.
▶ Each author is provided with a 210 cm high x 90 cm wide
poster space on which a summary of the paper is to be
displayed.
▶ All authors are requested to affix their posters on the day ofthe poster session. Posters are to be removed immediately
after the session ends.
▶ Authors must remain in the vicinity of the poster board atleast for the duration of the assigned session (1 hr 30 min).
The absence of authors during the assigned session is treatedas “CANCELLED”. The session presiders will check all
authors during the assigned session time.
Any papers which are not presented during the Oral or Poster
session will be regarded as “CANCELLED”.
-9-

POST DEADLINE PAPERS
A limited number of papers will be accepted for presentation ofsignificant results obtained after the deadline. A delegated author
has to fill in the paper submission form including a 35-wordabstract following the instruction for submission at the ISOM
website (http://www.isom.jp/), and then a 2-page PDF summary
should be submitted through the website. ISOM web submission
system does not accept any PDF file including 2-byte characters(for example, Japanese, Chinese and Korean characters). The
local fonts should be removed from the text body and figures
before submission.
Submission Website is open from July 18 to August 1, 2012.
The best four post-deadline papers are allowed as oralpresentations in the final session. Other post-deadline papers (butlimited numbers) will be presented in the poster session. Authors
will be notified by the end of August, 2012 whether their papers
are accepted.
▶ Time assigned for
Type

Total

Presentation

Discussion

Postdeadline

15 min

12 min3 min

PUBLICATION OF SYMPOSIUM PAPERS
In addition to the Technical Digest available at the conference,the conference papers will be published as a special issue of theJapanese Journal of Applied Physics (JJAP) in September, 2013.
The authors who will have, by themselves, presented papers at
ISOM'12 will be allowed and strongly encouraged to submit theirpapers for publication in this special issue. The authors will be
requested to download author's kits including an application form
and a copyright form for the paper at the ISOM website(http://www.isom.jp/).
The deadline for submission ofmanuscripts is January 28, 2013. Submitted papers will be
reviewed based on the JJAP standard.

ATTENTION
It is not allowed to take a picture and video of any presentationmaterials in ISOM’12.

- 10 -

SPECIAL PROGRAMS(1) Social Program
Get-Together Reception
Date & Time: Sunday, September 30, 17:00 - 19:00
Place: Miraikan 7F Sky view restaurant LA TERRE
Fee: No charge*All attendees including spouses are invited to the GetTogether Reception.
Banquet Reception
Date & Time: Tuesday, October 2, 18:15 - 20:15
Place: Miraikan 7F Sky view restaurant LA TERRE
Fee: Advance registration 5,000JPY
Onsite registration 7,000JPY*Ticket for the Banquet Reception is not included in theregistration fee. Application can be made online. (The form isavailable on the ISOM website.)(2) Technical Tour (Tentative)
Date & Time: Wednesday, October 3, 13:10 -- 17:00
Places: AIST Tokyo Waterfront and NHK Archives
Fee: No charge
Schedule:
The National Institute of Advanced Industrial Science andTechnology (AIST) Tokyo Waterfront (13:10-14:10) --> bus--> NHK(Japan Broadcasting Corporation) Archives Facility(15:00-16:00) --> bus --> JR Shimbashi Station (17:00)
Note: Advance online registration is required. The registration
will be closed as soon as applicants reach 90 people.
<AIST Tokyo Waterfront>
Bio-IT integrated technology research center under the National
Institute of Advanced Industrial Science and Technology(AIST).
http://unit.aist.go.jp/waterfront/en/index.html<NHK Archives Facility>
One of the world’s leading storage facilities of this kind, withcapacity for up to 1.8 million videotapes.
http://www.nhk.or.jp/archives/kawaguchi/about/Archives_
6p_E.pdf(3) Excursion
If you want to get the information on Tokyo City Tour, pleaseask at the registration desk.
Please see ISOM website (http://www.isom.jp) for more
information.
- 11 -

ISOM’12 COMMITTEES
Organizing Committee
Chair:
Ogawa, K. (Univ. of Tokyo)
Exofficio:
Ito, R. (Meiji Univ.)
Mitsuhashi, Y. (JST)Onoe, M. (Univ. of Tokyo)
Sakurai, Y. (Osaka Univ.)
Toshima, T. (Niigata Univ. of Health and Welfare)
Tsunoda, Y. (Hitachi Maxell Energy)
Members:
Ishihara, H. (JSAP)
Itoh, K. (Osaka Univ.)
Iwanaga, T. (NEC)Kime, K. (Mitsubishi)
Kume, M. (Sanyo)
Matsumura, S. (Pioneer)
Miyajima, H. (MSJ)
Nakamura, M. (JST)Nishitani, K. (Sony)
Odani, Y. (OITDA)
Ohara, S. (Panasonic)
Ohta, K. (Sharp)
Shinoda, M. (Mitsubishi)
Suzuki, H. (Toshiba)
Tokumaru, H. (NHK)Yoshida, H. (Mitsubishi Chem.)
Advisory Committee
Chen, D. (Chen & Associates Consulting)Fujimura, I. (Ricoh)
Fushiki, K. (Nikkei BP)
Goto, K. (Tokai Univ.)
Ichioka, Y. (Osaka Univ.)
Imamura, N. (TeraHouse)
Itoh, A. (Nihon Univ.)
Itoh, U. (AIST)
Kondo, T. (JVC KENWOOD)
Kubo, T. (T. Kubo Engineering Science Office)
Kubota, S. (Oxide Corp.)
Maeda, T. (JST)Mansuripur, M. (Univ. of Arizona)Mori, M. (NatureInterface)
Murakami, T. (OITDA)
Ohta, T. (Ovonic Phase-Change Lab.)- 12 -Ojima, M. (Hitachi)
Okino, Y. (Kansai Univ.)
Park, Y.-P. (Yonsei Univ.)
Saito, J. (Nikon)
Sugiura, S. (Pioneer)
Ukita, H. (Ritsumeikan Univ.)
Yokogawa, F. (Pioneer)
Steering Committee
Chair:
Shinoda, M. (Mitsubishi)
Vice Co-Chairs:
Ito, K (Ricoh)
Murakami, Y. (Sharp)
Tsuchiya, Y. (Sanyo)
Members:
Adachi, A. (OITDA)
Aiba, M. (Sony)
Furuya, A. (NTT)
Katayama, R. (Fukuoka Institute of Tech.)
Kawata, Y. (Shizuoka Univ.)
Marutani, Y. (Nichia)
Sano, K. (Panasonic)
Shimano, T. (Hitachi)
Tanabe, T. (Ibaraki Nat. College of Tech.)
Tanaka, S. (Pioneer)
Tsunetomo, K. (Nippon Sheet Glass)
Watanabe, E. (Univ. of Electro-Communications)
Yusu, K. (Toshiba)
Technical Program Committee
Chair:
Kawata, Y. (Shizuoka Univ.)
Vice Co-Chairs:
Irie, M. (Osaka Sangyo Univ.)
Kikukawa, T. (TDK)
Shintani, T. (AIST)
Members:
Chong, C. -T. (DSI)
Gan, F. X. (CAS)
Hasegawa, S. (Hiroshima Institute of Tech.)
Higashino, S. (Sony)
Huang, D. -R. (Nat’l Dong Hwa Univ.)
Ichiura, S. (Sanyo)
Itonaga, M. (JVC KENWOOD)
Kim, Jin-Hong (LG)- 13 -

Kim, Jooho (Samsung)
Kim, Y. -J. (Yonsei Univ.)
Matoba, O. (Kobe Univ.)
Milster, T. (Univ. of Arizona)
Nakamura, A. (Panasonic)
Nakano, M. (Pioneer)
Okumura, T. (Sharp)
Park, I. -S. (Samsung)Park, N. -C. (Yonsei Univ.)
Schlesinger, T. (Carnegie Mellon Univ.)
Shimura, T. (Univ. of Tokyo)
Shin, D. -H. (Samsung)Takeda, M. (Kyoto Inst. of Tech.)
Tanaka, A. (Mitsubishi Chem.)
Tanaka, K. (Teikyo-Heisei Univ.)
Tien, C. -H. (Nat'l Chiao Tung Univ.)
Tokumaru, H. (NHK)Tominaga, J. (AIST)
Tsai, D. P. (Nat'l Taiwan Univ.)
Tsujioka, T. (Osaka Kyoiku Univ.)
Uchiyama, M. (Toshiba)
Ueyanagi, K. (Kyoto Univ.)
Wehrenberg, P.
Wright, D. (Univ. of Exeter)
Yagi, S. (NTT)- 14 -CTECHNICAL PROGRAM
Monday, Octber 1, 2012
A: Opening & Keynote
Presiders: Yoshimasa Kawata (Shizuoka Univ., Japan)
No-Cheol Park (Yonsei Univ., Korea)
Mo-A-01
9:00
Opening Remarks
Koichi Ogawa (Univ. of Tokyo, Japan)
Organizing Committee Chairperson
Masahisa Shinoda (Mitsubishi, Japan)
Steering Committee Chairperson
Mo-A-02 Keynote
9:15
Photocatalytic Reactor Using ZnO Nanorods on
Optical Disc
Li-Chung Kuo1, Yu Lim Chen1, Ming Lun Tseng1,
Hung Ji Huang2, Din Ping Tsai1, 3
1National Taiwan Univ. (R.O.C), 2National Applied
Research Laboratories (R.O.C), 3Academia Sinica(R.O.C)We demonstrated a novel application of DVDs by
chemical synthesized ZnO nanorods on polycarbonate
DVD substrates. These photocatalytic optical discs has
shown great photocatalytic activities and can provide an
option in recycled CDs and water treatment.

B: Hologram 1
Presiders: Hideharu Mikami (Hitachi, Japan)
Nobuhiro Kinoshita (NHK, Japan)
Mo-B-01 Invited
9:45
Improvement of SNR and BER in Holographic
Data Storage using Adjusted CLSF Filter
No-Cheol Park, Do-Hyung Kim, Kyoung-Su Park,
Hyunseok Yang, Young-Pil Park
Yonsei Univ. (Korea)
Optimized image restoration method is suggested inangular multiplexing page based holographic data
storage. To improve the SNR and BER, adjusted
CLSF filter is calculated from the PSF as the image
restoration filter. Simulation is performed to verify
the proposed method. As a result, proposed method
shows the dramatic improvement of SNR and BER
compare with previous method.

- 15 -

Mo-B-02
10:10
1 Tbits/inch2 Recording in Angular-Multiplexing
Holographic Memory
Makoto Hosaka1, Toshiki Ishii1, Mika Yamaguchi2,
Shogo Koga2, Asato Tanaka2, Taku Hoshizawa1
1
Hitachi, Ltd. (Japan), 2Mitsubishi Chemical Group
Science and Technology Research Center, Inc.
(Japan)We developed the iterative scheduling optimization
technique depending on SSR for page oriented
holographic recording. The pages recorded with thistechnique showed SNR of over 2.9 dB. As theresults, 1 Tbits/inch2 was achieved experimentally.
Mo-B-03
10:30
Super Resolution Readout Method for Holographic
Reproduced Data
Norihiko Ishii, Tetsuhiko Muroi, Nobuhiro
Kinoshita, Koji Kamijo, Hiroshi Kikuchi
NHK (Japan)
The super resolution readout method is discussed tosettle the unsatisfied sampling theory and pixel
mismatch all at one time between Spatial Light
Modulator and Complementary Metal Oxide
Semiconductor camera.
Mo-B-04
10:50
Multi-Level Self-Referential Holographic Data
Storage
Masanori Takabayashi1, Atsushi Okamoto2,
Masatoshi Bunsen3, Takashi Okamoto1
1
Kyushu Institute of Technology (Japan),2
Hokkaido Univ. (Japan), 3Fukuoka Univ. (Japan)
A way to record multi-level signals in selfreferential holographic data storage, which canrealize purely one-beam holographic recording anddirect detection of the recorded phase-modulated
signals, are described and numerically demonstrated.
11:10-11:30 Coffee break

C: Hologram 2
Presiders: Eriko Watanabe (The Univ. of Electro-Communications,Japan)
Tsutomu Shimura (Univ. of Tokyo, Japan)- 16 -

Mo-C-01
11:30
Defocus Aberration Compensation of Hologram
Distortion in Holographic Data Storage
Tetsuhiko Muroi1, Nobuhiro Kinoshita1, Norihiko
Ishii1, Koji Kamijo1, Yoshimasa Kawata2, Hiroshi
Kikuchi11Japan Broadcasting Corp. (Japan), 2Shizuoka Univ.
(Japan)
We compensated for hologram distortion anddecreased the bER of the reproduced data bycontrolling the defocus aberration of the reference
beam wavefront. This technology will be effective
in a high-data-transfer rate recoding system.
Mo-C-02
11:50
Direct Observation of Peristrophic Multiplexing
Holograms with a Phase Contrast Microscope
Masaki Kanatori1, Wataru Inami1, Yoshimasa
Kawata1, Norihiko Ishii2, Nobuhiro Kinoshita2,
Tetsuhiko Muroi2, Hiroshi Kikuchi2
1
Shizuoka Univ. (Japan), 2NHK Science andTechnology Research Laboratories (Japan)
We directly observed holograms in photopolymer
materials with a phase contrast microscope. We
successfully observed a single and peristrophic
multiplexed holograms. The diffraction efficiencyof multiplexed holograms was evaluated with FFTof the observation.
Mo-C-03
12:10
High Resolution Image Restoration for
Holographic Memory Using Super-resolution
Technique
Satoshi Honma1, Takehiro Watanabe1, Toru
Sekiguchi1, Hisatoshi Funakoshi2
1
Univ. of Yamanashi (Japan), 2Gifu Univ. (Japan)
We propose signal quality improvement with asuper resolution method. A page data is captured
several times shifting on the low-resolution camera
slightly. The original high-resolution image isreconstructed from multiple low-resolution images.

- 17 -

Mo-C-04
12:30
Line Tracking applied Synchronous Mark for
Holographic Data Storage System
Jae-seong Lee1, Nakyeong Kim2, Sung-yong Lim1,
Kyoung-su Park1, No-cheol Park1, Hyunseok Yang1,
Young-pil Park1
1
Yonsei Univ. (Korea), 2LG Electronics (Korea)
The virtual detector follows certain rows andcolumns of data page. Intersection of the tracking
line plays the role of the synchronous mark. The
suggested method can compensate the distortion
without any data density loss.
12:50-14:20 Lunch

D: New World
Presiders: Minoru Takeda (Kyoto Institute of Tech., Japan)
Junji Tominaga (AIST, Japan)
Mo-D-01
14:20
Simultaneous Multi-Bit Recording in Fused
Silica for Permanent Storage
Manabu Shiozawa1, Takao Watanabe1, Eriko Tatsu1,
Mariko Umeda1, Toshiyuki Mine1, YasuhikoMasaaki
Sakakura3,
Miki
Shimotsuma2,22
Nakabayashi , Kiyotaka Miura , Koichi Watanabe1
1
Hitachi, Ltd. (Japan), 2Kyoto Univ. (Japan),
3
Kyoto Univ. Office of Society-Academia
Collaboration for Innovation (Japan)
A simultaneous multi-bit recording in fused silica
with a femtosecond laser and a spatial light
modulator for permanent storage was demonstrated.
We fabricated a 4-layer sample and obtained an S/Ngreater than 15 dB.

- 18 -

Mo-D-02
14:40
Driveless Read System for Permanent Storage inSynthetic Fused Silica
Takao Watanabe1, Manabu Shiozawa1, Eriko Tatsu1,
Shigeharu Kimura1, Mariko Umeda1, Toshiyuki
Mine1, Yasuhiko Shimotsuma2, Masaaki Sakakura3,
Miki Nakabayashi2, Kiyotaka Miura2, Koichi
Watanabe1
1
Hitachi, Ltd. (Japan), 2Kyoto Univ. (Japan), 3Kyoto Univ.
Office of Society-Academia Collaboration for Innovation(Japan)A driveless read system for permanent storage
inside synthetic fused silica was demonstrated.
Four-layer, 40-Mbyte-per-square-inch data without
error-correction code (ECC) can be read from lowpowered, 19.5-times-magnification images with biterror rate of less than 4.63E-3.
Mo-D-03
15:00
A Study on Flying Stability of TAMR Systemwith LD Mount Light Delivery
Jonghak Choi, No-Cheol Park, Kyoung-Su Park,
Young-Pil Park
Yonsei Univ. (Korea)
We propose the available design of epoxy locationand shape through slider behavior simulation.
Mo-D-04
15:20
Evaluation of Crosstalk and Optimization of
Input Power for Various HAMR Media
Structures based on Direct Optical-to-Thermal
Energy Conversion
Young-Joo Kim, Ki-Hyun Kim, Dong-Su Lim
Yonsei Univ. (Korea)
Three media structures were evaluated for HAMR
application using direct near-field optical-tothermal energy conversion method. DTM and
SPAH media shows no crosstalk while SPAH
media has an advantage with much lower required
input power.
15:40-16:00 Coffee break

E: Special Session 1 “New Applications Related to
Optical Storage Technologies 1”- 19 -

Mo-E-01 Invited
16:00
Optical Switches for Future Photonic Network
System Using Phase-Change Material and Si
Waveguides
Hiroyuki Tsuda
Keio Univ. (Japan)
Optical switches using phase-change material andSi waveguides are proposed. Thanks to the large
refractive index change of phase-change material,
they can be very small with broadband, high-speed
and self-holding characteristics.
Mo-E-02 Invited
16:25
Electrical Phase-Change Memory Fabricated on
Optical Memory Disc
Junji Tominaga, Paul Fons, Alexander V. Kolobov,
Takashi Nakano
National Institute of Advanced Industrial Scienceand Technology (Japan)
We demonstrate a possibility to fabricate millions
of electrical phase-change memory devices using
digital versatile disc (DVD) technology on a plastic
disc. The optical and electrical properties of thedevices can be evaluated on the same disc platform.
Mo-E-03 Invited
16:50
Information-Processing Photonics for Yottabyte-Scale
Information Era ~Necessity for Developments and its
Technology Roadmap~
Satoshi Iwamoto
The Univ. of Tokyo (Japan)
Photonics technology will play essential roles forrealizingenergy-efficient
high-performance
information processing systems. We discuss therequirements on photonics technology and its future
direction towards the up-coming YB-scale
information era.
Mo-E-04 Invited
17:15
The K Computer and Future Expectations for
Optical Devices
Motoyoshi Kurokawa
RIKEN (Japan)
The K computer known as the world's firstsupercomputer achieved LINPACK benchmark of
10.51 Peta-FLOPS. In this talk presents opticaltechnologies, such as data transfer path,unquestionably required for the world's top-classsupercomputer development filed.
- 20 -

Tuesday, October 2, 2012
F: Media and Mastering
Presiders: Keiichiro Yusu (Toshiba, Japan)
Makoto Itonaga (JVC-Kenwood, Japan)
Tu-F-01 Invited
9:00
Three-dimensional Nano-fabrication of Polymer
and Metal Material using Nanoimprint
Lithography
Jun Taniguchi
Tokyo Univ. of Science (Japan)
Three-dimensional nano-fabrication is promisingtechnology for optical memories, optical devices,and so on. Nanoimprint lithography has applied tothree-dimensional nano-transfer of both polymer
and metal material. The resolutions of both are lessthan 100 nm.
Tu-F-02 Invited
9:25
Phase Change Lithography and Wet-etching
Based on Metallic Glass Materials
B. J. Zeng, X. S. Miao, Z. Li, W. L. Zhou
Huazhong Univ. of Science and Technology(China)In this presentation, we introduce our work on the
Phase Change Lithography technology. Metallic
glass films are fabricated, lithographed and etchedwith the optimized parameters. Our optical systemand the lithography results are presented.
Tu-F-03 Invited
9:50
Electron-Beam Mastering and Nanoimprint Molds
Fabrication for High-Density Circumferentially
Aligned Patterns
Takeru Okada, Jiro Fujimori, Hiroshi Tanaka,
Hiroaki Kitahara, Tetsuya Iida
Pioneer Corp. (Japan)
Next-generation optical disks and patterned
magnetic media require circumferentially-aligned
dense patterns. High-density electron-beamlithography processes and fabrication of
nanoimprint molds were demonstrated using anelectron-beam recorder with a rotary stage.

- 21 -

Tu-F-04
10:15
Deriving Impulse Response and Resolution
Limits of an InSb-Based Super-Resolution
System from Static Experiments via a Channel
Model
Dietmar Hepper
Deutsche Thomson OHG (Germany)
Development of a super-resolution optical discsystem is facilitated by developing an opticalchannel model from experiments using a static
tester, deriving the optical channel impulse
response from the model and estimating theresolution limit.
10:35-10:55 Coffee break

G: Special Session 2 “New Applications Related to
Optical Storage Technologies 2”
Presiders: Yoshiteru Murakami (Sharp, Japan)
Osamu Matoba (Kobe Univ., Japan)
Tu-G-01 Invited
10:55
Laser Display - Technology and Application Sunao Kurimura
National Institute for Materials Science (NIMS)(Japan)Newly emerging technology, Laser Display, will be
reviewed and introduced, having wide color gamut
and focus-free nature. Cutting-edge laser sources
together with sophisticated optics extend projection
technology and open new application such as trafficsign.
Tu-G-02 Invited
11:20
High Power Blue Laser Diodes for Laser Display
Shin-ichi Nagahama, Shingo Masui, Tomoya
Yanamoto
Nichia Corp. (Japan)
For laser display, we fabricated high power blue
LDs by using GaN-based material. The optical
output power, voltage and wall-plug efficiency of
the LDs at forward current of 1.2 A were 1.63 W,
4.38 V and 31%, respectively. The estimatedlifetime was over 30,000 hours.

- 22 -

Tu-G-03 Invited
11:45
Light-addressed Magneto-optic Spatial Light
Modulator for Three-dimensional Electronic
Holographic Displays
Hiroyuki Takagi, Yu Eto, Kazuki Nakamura, Pang
Boey Lim, Mitsuteru Inoue
Toyohashi Univ. of Technology (Japan)
We have demonstrated light-addressed magnetooptic spatial light modulators (MOSLMs) withsubmicron pixels for the holographic wide-viewingangle displays. These experiment results
demonstrated that MOSLMs are promising forglass-free holographic three-dimensional displays.
Tu-G-04 Invited
12:10
Holographic Optical Correlation System for
Practical Application
Eriko Watanabe
The Univ. of Electro-Communications (Japan)
With the collaboration of optical correlation and coaxial holography, we have developing high-speed
video identification system on the Internet. We
present the technology and functionalities of thissystem and the effectiveness of the high-speed
performance from the experimental results.
12:35-12:50 ISOM'13 Announcement & Photo
12:50-14:15 Lunch

H: Basic Theory/System and Components
Presiders: Din Ping Tsai (National Taiwan Univ., R.O.C)
Tu-H-01
14:15
Focusing Characteristics of a Spiral Shape
Plasmonic Lens
Minoru Takeda1, Shinpei Okuda1, Tsutomu Inoue2,
Kento Aizawa2
1
Kyoto Institute of Technology (Japan)
2
JASCO Corp. (Japan)
We designed and fabricated a spiral shapeplasmonic lens with 4μm nominal diameter
operating at 405 nm wavelength, and confirmed it
can generate a subwavelength focusing spot atseveral micrometers apart from the lens surface.

- 23 -

Tu-H-02
14:35
Scatterometry of Slant Incidence to Isolated
Scatters for High-density Memory
Tetsuya Hoshino1, Toyohiko Yatagai2, Masahide
Itoh1
1
Univ. of Tsukuba (Japan), 2Utsunomiya Univ.
(Japan)Only one time FT enables us to measure distance
between scatters with high precision. We show slant
incident light is useful to improve resolution of thisanalysis in measuring isolated convexes for highdensity memory.
Tu-H-03
14:55
Complex Amplitude Reconstruction of Nanopits
Shinji Ishikawa, Yui Ohmura, Mitsunari
Kamiharako, Jun-ichiro Sugisaka, Yoshio Hayasaki
Utsunomiya Univ. (Japan)
We demonstrate an optical reading of pits with aten-nanometer scale using FDTD method that
virtually realized the interference microscope, andestimate the ability of the reconstruction of thenanostructure using the complex amplitude.
Tu-H-04
15:15
Dynamic Recording in Gold-nanorod Dispersed
Optical Discs
Md Azim Ullah1, Masatoshi Tsuji2, Xiangping Li1,
Yoshimasa Kawata2, Min Gu1
1
Swinburne Univ. of Technology (Australia),
2
Shizuoka Univ. (Japan)
We report on femtosecond laser induced dynamic
recording in gold-nanorod dispersed optical discs.
Gold-nanorod dispersed optical discs were
fabricated. Their dynamic recording performance
was investigated in a homebuilt dynamic recording
system.

- 24 -

Tu-H-05
15:35
Nano-Gap Servo Algorithm for a High-Speed
Plasmonic Nanolithography
Geon Lim, Guk-Jong Choi, Taeseob Kim, Won-Sup
Lee, No-Cheol Park, Kyung-Su Park, Young-Pil
Park
Yonsei Univ. (Korea)
The paper proposes nano-gap servo algorithm forhigh-speed nanolithography using the gap-curve,
the mode-switching method, and the robust
controller against patterning system on PR-coatedwafer in near-field.
15:55-16:15 Coffee break

I: Poster Session
Presiders: Yoshimasa Kawata (Shizuoka Univ., Japan)
Mitsuru Irie (Osaka Sangyo Univ., Japan)
Takashi Kikukawa (TDK, Japan)
Toshimichi Shintani (AIST, Japan)
Tu-I-01
16:15
Improvement of Reconstructed Image ofMagnetic Hologram with Magnetic Garnet films
Naoto Sagara, Pang Boey Lim, Hiroyuki Takagi,
Yuichi Nakamura, Mitsuteru Inoue
Toyohashi Univ. of Technology (Japan)
Magnetic garnet films can be used as rewritable
media for the holographic memory. we discussgrain size of garnet on the light scattering and theeffect of thermal diffusion on formation ofinterference pattern.
Tu-I-02

Materials Study of Nanoscale Fuses for Solid
State Data Storage
Anthony C. Pearson, Bhupinder Singh, Matthew R.
Linford, Barry M. Lunt, Robert C. Davis
Brigham Young Univ. (U.S.A.)
The data in present solid-state storage solutions is
ephemeral. This paper outlines research to study
materials for a permanent solid-state storage
solution.

- 25 -

Tu-I-03

The Effect of Geometry on Nanoscale Tellurium
Fuses for Solid- State Data Storage
Anthony C. Pearson, Bhupinder Singh, Matthew R.
Linford, Barry M. Lunt, Robert C. Davis
Brigham Young Univ. (U.S.A.)
The data in present solid-state storage solutions is
ephemeral. This paper outlines research to study
materials for a permanent solid-state storage
solution.

Tu-I-04

Towards a New Material for SS WORM Storage
Barry M. Lunt, Anthony Pearson, Robert Davis,
Hao Wang, Sarah Jamieson, Matthew R. Linford
Brigham Young Univ. (U.S.A.)
The data in present solid-state storage solutions is
ephemeral. This paper outlines research to develop
a permanent solid-state storage solution based on
new materials that are compatible with current IC
manufacturing processes.

Tu-I-05

Recording Marks and Recording Mechanism
Observation of Transparent Write-Once Blu-ray
Disc
Hung-Chuan Mai1, Shang-Hsien Rou1, Hao-Chia
Liao1, Lance Lee2, Ray Huang2, Odysseus Lee2
1
Solar Applied Materials Technology Corp.
(R.O.C.), 2CMC Magnetic Corp. (R.O.C.)
Recording marks and recording mechanism of
Si/Cu alloy bi-layer in a transparent disc were
investigated. Satisfactory signal quality and opticalcontrast were found due to distinct grain coarsening.

Tu-I-06

Recording Characterization of CuSiCr/Si Bilayer for High-Speed Write-Once Blu-ray Disc
Hung-Chuan Mai, Shang-Hsien Rou, Hao-Chia
Liao, Yung-Chun Hsueh, Hsien-Chun Wu
Solar Applied Materials Technology Corp. (R.O.C.)
The characterizations of CuSi alloy/Si bi-layer were
investigated. In-situ Reflectivity/XRD characterization
revealed that CuSi recrystallization and Si crystallization
are mainly recording mechanism. CuSiCr/Si bi-layer has
low activation energy and large modulation.

- 26 -

Tu-I-07

Fine Error Prediction Tracking Control Basedon Precise Disturbance Modeling for Optical
Disk
Naohide Sakimura1, Tatsuya Nakazaki1, Kiyoshi
Ohishi1, Toshimasa Miyazaki1, Daiichi Koide2,
Haruki Tokumaru2, Yoshimichi Takano3
1
Nagaoka Univ. of Technology (Japan), 2Japan
Broadcasting Corp. (Japan), 3NHK Engineering
Service Inc. (Japan)
In order to realize the accurate simulation, thispaper proposes a new periodic disturbance modelusing the experimental spectrum. The proposedmodel realizes the accurate simulation fine error
prediction control system for an optical disk.

Tu-I-08

Simplified Transfer Function of Write
Compensation for Phase Change Optical Disks
Takaya Tanabe, Kotaro Sakamoto, Kohei Okubo
Ibaraki National College of Technology (Japan)
A simplified transfer function of write
compensation for phase change optical disks wasderived from a cooling process of recording layer
and verified experimentally.

Tu-I-09

An Evolutionary Algorithm to the Threshold
Detection Method for the M-ary Holographic
Data Storage
Sunho Kim, Sungbin Im
Soongsil Univ. (Korea)
In this paper, we propose an adaptive thresholddetection method with a simple genetic algorithm
for the M-ary holographic data storage system.

Tu-I-10

Domain Bloom in Super-RENS Read-out Signals
Sungbin Im, Sehwang Park, Woosik Moon
Soongsil Univ. (Korea)
We investigate the effect of the domain bloom on
the super-RENS read-out signal with theasymmetric waveform conversion scheme.

- 27 -

Tu-I-11

Read Performance with Low NA Blu-ray OPU
Mats Öberg1, Antoon Dekker2, Jeroen Dorgelo2,
Brian Macocq2, Tetsuo Nishihara3, Christopher
Painter1, Sumio Sekigawa3
1
Marvell Semiconductor, Inc (U.S.A.), 2Marvell
Netherlands B.V (The Netherlands), 3Marvell Accel
K.K.L. (Japan)
We are showing comparable read back performanceusing low Numerical Aperture (NA=0.75) Blu-ray
OPUs with regular (NA=0.85) OPUs. Lower NA
increases system margins for defocusing andprimary aberrations, and may allow design ofcheaper OPUs.

Tu-I-12

6/9 4-ary Modulation Code for 4-level Holographic
Data Storage
Keunhwan Park, Soonsuk Kim, Jinyoung Kim,
Jaejin Lee
Soongsil Univ. (Korea)
In order to reduce ISI effects, we propose 6/9 4-ary
two-dimensional modulation code for multi-level
holographic data storage.

Tu-I-13

A 2/3 Modulation Codes for Multi-Level
Holographic Data Storage based on an Integer
Programming Model
Gukhui Kim, Jinyoung Kim, Jaejin Lee, Taehyung
Park
Soongsil Univ. (Korea)
We propose a 2/3 modulation codes selection
problem for the multi-level holographic data storage
and formulate the problem as a mixed integer
programming problem.

Tu-I-14

A Simple 2/3 Modulation Code for Multi-level
Holographic Data Storage
Soo Youn Kim, Jinyoung Kim, Jaejin Lee
Soongsil Univ. (Korea)
To overcome interference, we propose a 2/3 multilevel modulation code for multi-level holographic
data storage.

- 28 -

Tu-I-15

Reliability Evaluation of Long-term Storage andLifetime Estimation in Compact Disc
Mitsuru Irie1, Yumiko Tani1, Yoshihiro Okino2,
Takahiro Kubo3
1
Osaka Sangyo Univ. (Japan), 2Kansai Univ.
(Japan), 3T. KUBO Eng. Sci. Office (Japan)
This paper presents discussion of long-term storage
reliability for CD media hat manufactured in 1982
and recent study of estimating method for thearchival life expectancy based on the ISO/IEC
standard.

Tu-I-16

Cost-Effective Electro-Optic Sensor Module for
Intra-body Communication Using Optical
Pickup Technology
Mitsuru Shinagawa1, Ai-ichiro Sasaki2, Akinori
Furuya2, Hiroki Morimura2, Kimihisa Aihara2
1
Hosei Univ. (Japan), 2NTT Corp. (Japan)
We developed a cost-effective EO sensor using
optical pickup technology for intra-bodycommunication. It uses the small and low-cost
optical components used in compact disc players.
The sensor was successfully applied to 10-Mbps
intra-body communication.

Tu-I-17

EO Sensor Fabricated using a Bulk Cleavage
Technique and its Characteristics for Near-field
Intra-body Communication
Akinori Furuya1, Aiichiro Sasaki1, Hiroki
Morimura1, Kimihisa Aihara1, Mitsuru Shinagawa2
1
NTT Microsystem Integration Laboratories (Japan),2
Hosei Univ. (Japan)
In this study, we examined the application of an EO
sensor to a near-field intra-body communication
module. We describe how to fabricate the EO
sensor and its characteristics.

- 29 -

Tu-I-18

High Speed Plasmonic Nanolithography with
Plasmonic Solid Immersion Lens Optical Head
Won-Sup Lee, Taeseob Kim, Geon Lim, Guk-Jong
Choi, Hang-Eun Joe, No-Cheol Park, Byung-Kwon
Min, Young-Pil Park, Kyoung-Su Park
Yonsei Univ. (Korea)We
demonstrated
high-speed
plasmonic
nanolithography system with SIL-based near-field
optics. We achieved a resolution of ~70 nm withpatterning speed of 100 mm/s maintaing 20 nm gap.

Tu-I-19

Three-dimensional Holographic Display using
Amorphous TbFe Film
Yu Eto, Kazuki Nakamura, Kazuki Matsugami,
Hiroyuki Takagi, Mitsuteru Inoue
Toyohashi Univ. of Technology (Japan)
We fabricated two-dimensional array which is madeof submicron magnetic domain with a-TbFe films.
We obtained three-dimensional holographic images
that has a wide viewing angle of 30 degrees with aTbFe films.

Tu-I-20

Design a New Type Guide Feeding System in an
Optical Disk Drive
Wonseok Oh1, Doohyun Baek1, Jong-Beom Park1,
Youngin Choi1, Kyoung-Su Park1, No-Cheol Park1,
Young-Pil Park1, Jae-Sung Lee2, Han-Baek Lee2
1
Yonsei Univ. (Korea), 2Hitachi-LG Data Storage(Korea)Nut-type guide feeding system is developed for the
precise and high-speed control of optical pickup.
Dynamic model is constructed and operational
behavior of guide feeding system are predicted.

Tu-I-21

Suppression of Axial Vibration of a Flexible Disk
under High Speed Rotation
Yong Hyuk Jeon, Yoon Chul Rhim
Yonsei Univ. (Korea)
Theoretical and numerical analysis of damping
effects of holes and air flow rates on axial vibrationof rotating flexible disk.

- 30 -

Tu-I-22

Data Stability Evaluation of DVD-R Media
according to the Recording Speed for Archival
Application
Jae-Yong Lee, Kwan-Yong Lee, Sun-Joo Park,
Young-Joo Kim
Yonsei Univ. (Korea)
We implemented the acceleration aging test for
optical disks recorded by different recording
conditions and analyzed the effect of recording
speed to the archival application by measuring PI
sum 8, RF signal and DC jitter.

Tu-I-23

Super-resolution Readout of Data Pit Trains
with Narrowed Track-pitch to Diffraction Limit
Kenya Nakai1, Masayuki Ohmaki1, Nobuo
Takeshita1, Bérangère Hyot2, Bernard Andre2,
Ludovic Poupinet2, Takayuki Shima3
1
Mitsubishi Electric Corp. (Japan), 2CEA-LETI,MINATEC (France), 3National Institute ofAdvanced Industrial Science and Technology(Japan)Enhancement of radial density with superresolution effect in 240 nm- narrowed track pitch
corresponding to diffraction limit is investigated.
bER value below criterion of 3.0E-4 isexperimentally confirmed on 66.7 GB capacity
super-RENS ROM disc.

Tu-I-24

Investigation of Angular Momentum Multiplexing in
Microholographic Recording
Ryuichi Katayama
Fukuoka Institute of Technology (Japan)
A novel multiplexing method in microholographic
recording, in which multiplexing is carried out bychanging orbital angular momentum of beams forrecording and readout, was proposed and its
possibility was investigated through readout signal
simulation.

- 31 -

Tu-I-25

Experiment on Holographic Recording/Retrieving of
Spatially Phase-modulated Datapages with Embedded
Phase-shift
Masatoshi Bunsen1, Shuhei Umetsu1, Masanori
Takabayashi2, Atsushi Okamoto3
1
Fukuoka Univ. (Japan), 2Kyushu Institute ofTechnology (Japan), 3Hokkaido Univ. (Japan)
A novel technique for the complex amplitudedetection of the retrieved datapages by preliminary
embedding the phase-shift in the datapage is
proposed for holographic storage. The single-shotdetection of the phase-modulated datapage isdemonstrated.

Tu-I-26

Spatial Spectrum Diffusion and Digital Phase
Conjugate Reconstruction for Suppressing InterPage Crosstalk in Holographic Data Storage
Atsushi Shibukawa, Atsushi Okamoto, Yuta
Wakayama
Hokkaido Univ. (Japan)
We proposed a new technique using spatial
spectrum diffusion and digital phase conjugate
reconstruction, in which inter-page crosstalks are
spread out by a random diffuser through electronic
processing based on a phase detection method.

Tu-I-27

Numerical Evaluation of Shift Multiplexing in
Coaxial Holographic Memory Using Spatial
Phase-Modulated Lightwaves
Teruyoshi Nobukawa, Takanori Nomura
Wakayama Univ. (Japan)
The shift selectivity and multiplexing in a coaxial
holographic memory using spatial phase-modulated
lightwaves are investigated. It was shown that theshift multiplexing using spatial phase-modulated
lightwaves was available.

- 32 -

Tu-I-28

Shift Selectivity Evaluation in Collinear
Holographic Memory Using High-Speed Full
Motion Simulator with GPU Acceleration
Hisatoshi Funakoshi1, Atsushi Okamoto2
1
Gifu Univ. (Japan), 2Hokkaido Univ. (Japan)
We developed a high-performance simulator withGPU acceleration, whose calculation speed is over
50 times faster than CPU-based computing. Shiftselectivity in collinear holographic memory wasevaluated under the condition of realistic beam
exposures.

Tu-I-29

Random Phase Multiplexing using Micro-lensDiffuserXuan-Hao Lee, Yeh-Wei Yu, Che-Chu Lin, ChingCherng Sun
National Central Univ. (R.O.C.)
A study of phase multiplexing for volume
holographic storage with use of a phase plate of
micro lens array is proposed and demonstrated. The
experiment are demonstrated.

Tu-I-30

Hologram Multiplexed Recording Method to
Aim at Several Terabit Data Density
Kaito Okubo, Shohei Ozawa, Hiroyuki Kurata,
Yuta Nagao, Takaaki Matubara, Keiko Yamamoto,Atushi Arai, Manabu Yamamoto
Tokyo Univ. of Science (Japan)
Several terabit per square inch is demanded for thearchive memory system. In this text, we studied
about a record reproduction method of hologram
memory that was able to correspond to this memory
capacity.

Tu-I-31

Tilt Servo Control by Intelligent Algorithm in
Holographic Data Storage System
Jang Hyun Kim1, Wooyoung Jeong2, Hyunseok
Yang2, Jin Bae Park2
1
Seoil College (Korea), 2Yonsei Univ. (Korea)
We simulate and experiment servo control system
by fuzzy system in our Holographic Data Storage
System. Hence, we acquire good experimental
results and performance for tilt servo control in
Holographic Data Storage System.

- 33 -

Tu-I-32

Holographic Data Storage
using
Both
Transmission and Reflection Type Recording
Shohei Ozawa, Hiroyuki Kurata, Kaito Okubo,
Manabu Yamamoto
Tokyo Univ. of Science (Japan)
We examined the shift-multiplexed recording
method that uses both transmission and reflection
type recording with spherical reference beam.

Tu-I-33

Shifting Selectivity Enhanced by Astigmatism
Aberration
Yeh-Wei Yu, Chih-Yuan Cheng, Chi-Shou Wu,
Ching-Cherng Sun
National Central Univ. (R.O.C.)
We introduce Astigmatism in the reference beam to
improve the shift selectivity in the direction of
Bragg degeneracy. The experimental results isshown to demonstrate the idea.

Tu-I-34

Real-image Generation in Normal Viewing Disktype Multiplex Holography and Design ofReplication Method
Yih-Shyang Cheng, Chih-Hung Chen
National Central Univ. (R.O.C.)
We describe how to make real-image generation inimage-plane disk-type multiplex holography. The
method of direct object-image relationship is
adopted for numerical analysis and the theorymodel of this kind of hologram is built.

Tu-I-35

Two-Channel Type Holographic Diversity
InterferometryforComplexAmplitude
Measurement
Jin Nozawa1, Atsushi Okamoto1, Yuta Wakayama1,
Akihisa Tomita1, Masanori Takabayashi2
1
Hokkaido Univ. (Japan), 2Kyushu Institute ofTechnology (Japan)
We proposed two-channel type holographic
diversity interferometry incorporated with a newalgorithm for digital holography to compensate for
imbalance of reference beams on two imagers. This
technology is utilized for phase detection ofholographic memory.

- 34 -

Tu-I-36

Lenticular Sheets Fabricated by Pinning UVCurable Polymers on the Partition Walls
Formed on Polymeric Substrates
Shin Yasuda, Keishi Shimizu
Fuji Xerox Company, Ltd. (Japan)
On-demand fabrication of lenticular sheets by useof UV curable polymers is presented. This method
can control the lens pitch and radius of curvature by
preventing the polymer from spreading due to thepinning effect.

17:45-18:15 Break
18:15-20:45 Banquet

Wednesday, Octber 3, 2012
J: Special Session 3 “Bio Technology”
Presiders: Toshimichi Shintani (AIST, Japan)
Young-Joo Kim (Yonsei Univ., Korea)
We-J-01 Invited
8:30
Optical Disc Technologies Applied for Flow
Cytometer with Microfluidc Sorting Chip
Mitsuru Toishi, Masataka Shinoda
Sony Corporation (Japan)
We have developed flow cytometer (FCM) which
identifies the type and size of cells and sorts thetarget cells. For developing FCM, we applied
optical disc technologies i.e. laser technologies,
optical design, and disc fabrication technologies.
We-J-02 Invited
8:55
Surface Enhanced Raman Scattering Sensor
using Gold Nano Coral
Masayuki Naya1, Shougo Yamazoe1, Megumi
Shiota1, Mayumi Kajimura2, Makoto Suematsu3
1
FUJIFILM Corp. (Japan), 2Japan Science andTechnology Agency (Japan), 3Keio Univ. School of
Medicine (Japan)
We have developed the gold nano-coral (GNC) as a
SERS substrate with high-sensitivity, highuniformity and easy of production. In thisconference, we introduce the high-sensitivity anduniformity of GNC as biosensor.

- 35 -

We-J-03 Invited
9:20
Ultrahigh Sensitive Biomarker Sensing System
based on the Combination of Optical Disc
Technologies and Nanobeads Technologies
Koji Tsujita1, Yuichi Hasegawa1, Masayuki Ono1,
Makoto Itonaga1, Satoshi Sakamoto2, Mamoru
Hatakeyama2, Hiroshi Handa2
1
JVC KENWOOD Corp. (Japan), 2Tokyo Instituteof Technology (Japan)
We propose a new bio-sensing system that canquantify biomarkers in full digital manner. On thesystem, magnetic nano-beads is immobilized onto
the disc by biomarkers and counted by using an
optical pickup.
9:45-10:05 Coffee break

K: Sepcial Session 4 “Digital Archival Applications”
Presiders: Mitsuru Irie (Osaka Sangyo Univ., Japan)
Yoshinobu Mitsuhashi (JST, Japan)
We-K-01 Invited
10:05
Issues and Strategy towards Long-term Digital
Data Preservation
Sunao Ishihara, Toshio Kobayashi
The Univ. of Tokyo (Japan)
Digital technology will soon inflict the crisis on thelong term preservation. This situation is due to thelack of a full understanding of the threat of thedigital revolution. In this paper, the issues will besummarized and discussed.
We-K-02 Invited
10:30
Blu-ray Disc Based Archiving Concept in the
Cloud Era
Setsuo Murakami, Hideki Hayashi, Yoshichika
WatanabePanasonic Corp. (Japan)
Blu-ray disc-based archive storage solution
provides less migration, less energy consumption
and low TCO. Blu-ray disc technology can deliver
superior long-term archiving of vital data andminimize the world's environmental load andimpact.

- 36 -

We-K-03 Invited
10:55
Data Storage in Medical front and Applicationof Optical Disk
Yukinori Okazaki, Katsuya Watanabe
Panasonic Healthcare Co., Ltd. (Japan)
Recent status of huge data application in medical
front and the conditions of data storage in medical
are reviewed. ADA, optical data storage media,
designed for medical is explained and its suitableapplication is discussed.
We-K-04 Invited
11:20
Optical Disc Reliability Standards
Kei Yamashita
Hitachi, Ltd. (Japan)
The optical disc, writable CDs & DVDs lifetime
estimation test method for long-term data storage
standard ISO/IEC16963 jointly developed by
ISO/IEC JTC1/SC23, ISO/TC42 & ISO/TC171 anddata migration method for DVDs standard, ISO/IEC
29121 are reported.
We-K-05 Invited
11:45
Proposals for the Success of Expanding Optical
Disc Archive
Ikuo Matsumoto
Fujiwara Rothchild Ltd. (Japan)
The total volumes of Storage and Archive are
expected to rapidly increase with digital data
explosion. But the position of Optical Disc Archive
is not so optimistic. We should consider
breakthrough for Optical Disc Archive marketing.
12:10-13:10 Lunch
13:10- Technical TourThursday, October 4, 2012
L: High Density
Presiders: Kimihiro Saito (Sony, Japan)
Atsushi Nakamura (Panasonic, Japan)- 37 -

Th-L-01 Invited
8:30
Detuned Polarization Continuous-wave Readoutfor Plasmonic Nanorod Based Multi-dimensional
Optical Storage
James W. M. Chon1, Jooho Kim2, Adam B. Taylor1
1
Swinburne Univ. of Technology (Australia),
2
Samsung Electronics Co. Ltd. (Korea)
We study the detuned surface plasmon resonance inpolarization space for continuous-wave multilayered
optical recording medium based on plasmonic nanorods.
We also explore the progressively twisted NR alignment
in multilayer for a potential recording medium.
Th-L-02 Invited
8:55
Flexible-Optical-Disk
Archival
Storage(FODAS)
Haruki Tokumaru1, Yoshimichi Takano2, Daiichi
Koide1, Takeshi Kajiyama1
1
Japan Broadcasting Corp. (NHK) (Japan), 2NHKEngineering Service (Japan)
Based on a concept called RAID, a prototype“archival optical-storage system”-composed ofeighty 0.1-mm-thick disks housed in a palm-sized
cartridge and eight disk drives providing 2-TB
capacity and over-1.3-Gb/s data-transfer rate-wasdeveloped.
Th-L-03
9:20
Near-Field Optical Recording for High-Density
Flexible Optical Disk Using Solid Immersion
Lens
Daiichi Koide1, Takeshi Kajiyama1, Ryuji Sato1,
Haruki Tokumaru1, Yoshimichi Takano2, Kiyoshi
Ohishi3
1
NHK (Japan), 2NHK-ES (Japan), 3Nagaoka Univ.
of Technology (Japan)
We propose a near-field optical recording flexible
optical disk (NFR-FOD) by using SIL andoperating gap servo precisely at high speed for 100
GB/layer of high-density and 250 Mbps of highdata transfer rate recording.

- 38 -

Th-L-04
9:40
Microholographic Optical Data Storage with
Spatial Mode Multiplexing
Hideharu Mikami, Koichi Watanabe
Hitachi, Ltd. (Japan)
Spatial mode multiplexing for microholographic
recording was proposed and demonstrated.
Reflected
light
from
two
overlapped
microholograms with different spatial patterns was
selectively observed by applying phase-diversity
homodyne detection and switching spatial mode ofreference light.
Th-L-05
10:00
Multilayer Microholographic Optical Data
Storage with Two-photon Recording
Ilya Sh. Steinberg, Yuri A. Shepetkin, Andrey Yu.
Belikov
Siberian Branch of the Russian Academy of
Science (Russia)
Results of multilayer two-photon recording oftransmitting
microholograms
andcollinearheterodyning for readout are presented. This
readout method has high spatial selectivity, allows
to reconstruct microholograms phase and thus to
use multilevel phase data coding.
Th-L-06
10:20
38-Level
SpatialQuadrature-Amplitude
Modulation Recording with Double-Referential
Holography
Keisuke Zukeran1, Atsushi Okamoto1, Masanori
Takabayashi2, Atsushi Shibukawa1, Akihisa
Tomita1
1
Hokkaido Univ. (Japan), 2Kyushu Institute ofTechnology (Japan)
Double-referential holography, that has extremely
high tolerance for the relative displacement between
diffracted signal and phantom beam for phasedetection, has been proposed. We demonstrated
recording/reconstruction of 38-level spatial
quadrature-amplitude modulation signals for highdensity recording.
10:40-11:00 Coffee break

M: Multilayer Recording
Presiders: Takashi Kikukawa (TDK, Japan)
James W. M. Chon (Swinburne Univ., Australia)- 39 -

Th-M-01
11:00
20-Layer Optical Disc Fabricated with Web
Coating and Laminating Process
Tatsuo Mikami1, Hidehiro Mochizuki1, Toshio
Sasaki1, Toshiyuki Kitahara1, Hiroaki Tsuyama1,
Kenichirou Inoue1, Masaharu Ito2
1
FUJIFILM Corp. (Japan), 2Lintec Corp. (Japan)
We prepared a 20-layer optical disc with 2-photon
recording
layer
using
“Coating
andLaminating”process.The
disc
has
high
transmittance and the deepest layer can berecorded.The disc also has good meachanicalcharacteristics.
Th-M-02
11:20
Advanced Radial Position Control of a
Recording Beam for Super Multi-Layer Disc
with Separated Guide Layer
Hiroyuki Tanaka, Kazuo Takahashi, Masakazu
Ogasawara, Shoji Taniguchi
Pioneer Corp. (Japan)
We developed the advanced sled servo system forSuper Multi-Layer disc with the separated guidelayer. Our servo system realizes stable recordingwith the constant track pitch.
Th-M-03
11:40
A Feasibility Study of 25GB/layer Dynamic
Recording by using Two-photon Material andHeat-mode Bump Formation Method
Toshio Sasaki, Hidehiro Mochizuki, Tatsuo Mikami,
Toshiyuki Kitahara, Hiroaki Tsuyama, Kenichirou
Inoue
FUJIFILM Corp. (Japan)
Recording mechanism of the novel heat mode bumpformation method was described. A dynamic
recording test of 17PP signal with the shortest marklength of 2T=150nm and 320nm-track pitch to twophoton material was examined.
Th-M-04
12:00
Physical Format for a Guide-layer Optical Disc
Akihito Ogawa, Takashi Usui, Hideaki Okano,
Keiichiro Yusu, Kazuo Watabe
Toshiba Corp. (Japan)
This paper proposes a physical address format
suitable for the guide layer of the multilayered disc.
The bit error rate of the address information isevaluated using a replicated disc sample.
- 40 -

12:20-13:50 Lunch

N: Drive Technology and Signal Processing
Presiders: Satoru Higashino (Sony, Japan)
No-Cheol Park (Yonsei Univ., Korea)
Th-N-01
13:50
HDTV Playback Demonstration of Holographic
Data Storage System using Wavefront Control &GPU-Based Post-Processing
Nobuhiro Kinoshita1, Norihiko Ishii1, Tetsuhiko
Muroi1, Koji Kamijo1, Toshio Ando2, Kazuyoshi
Masaki2, Takehiro Shimizu2, Hiroshi Kikuchi1
1
NHK (Japan), 2Nippon Steel Chemical Co., Ltd.
(Japan)We successfully demonstrated a HDTV video
playback using a holographic data storage systemthat integrates a wavefront control method, GPUbased post-processing, and a medium that had alarge M/# and constant high sensitivity.
Th-N-02
14:10
Two Dimensional Soft Output Viterbi Algorithmwith Extrinsic Information for Holographic Data
StorageKeunhwi Koo, Soo-Yong Kim, Sang Jun Lee, Sang
Woo KimPohang Univ. of Science and Technology (Korea)
We propose detection method using 2D SOVA forholographic data storage. The method can improve both
BER performance and computational complexity owing
to the use of extrinsic information and 2D PR target
including diagonal elements.
Th-N-03
14:30
Loop Gain Adjustment Using Embedded
Dynamic Signal Analyzer
Soo-Yong Kim, Keunhwi Koo, Sang Jun Lee, Sang
Woo KimPohang Univ. of Science and Technology (Korea)
A new loop gain adjustment based on the EDSA is
proposed for calibration of a control system. The
algorithm can cover effects of the model
uncertainty because the compensation gain is
estimated by system identification.

- 41 -

PD: Post Deadline Papers
Presiders: Ryuichi Katayama (Fukuoka Institute of Tech.,Japan)
Haruki Tokumaru (NHK, Japan)
14:50
Th-PD-01
15:05
Th-PD-02
15:20
Th-PD-03
15:35
Th-PD-04(The best 4 post deadline papers are orally presented.)
15:50-16:10 Award & Closing- 42 -AUTHOR INDEXA
Aihara, Kimihisa
Aizawa, Kento
Ando, Toshio
Andre, Bernard
Arai, Atushi
B
Baek, Doohyun
Belikov, Andrey, Yu.
Bunsen, MasatoshiCChen, Chih-Hung
Cheng, Yih-Shyang
Cheng, Chih-Yuan
Choi, Jonghak
Choi, Guk-Jong
Choi, Youngin
Chon, James, W. M.
D
Davis, Robert, C.
Dekker, Antoon
Dorgelo, Jeroen
Eto, Yu

E

F
Fons, Paul
Fujimori, Jiro
Funakoshi, Hisatoshi
Furuya, Akinori

Tu-I-16
Tu-I-17
Tu-H-01
Th-N-01
Tu-I-23
Tu-I-30

Hayashi, Hideki
Hepper, Dietmar
Honma, Satoshi
Hosaka, Makoto
Hoshino, Tetsuya
Hoshizawa, Taku
Hsueh, Yung-Chun
Huang, Ray
Hyot, Bérangère

Tu-I-20
Th-L-05
Mo-B-04 Iida, Tetsuya
Tu-I-25 Im, Sungbin
Tu-I-34
Tu-I-34
Tu-I-33
Mo-D-03
Tu-H-05
Tu-I-18
Tu-I-20
Th-L-01
Tu-I-02
Tu-I-03
Tu-I-04
Tu-I-11
Tu-I-11

I

Inami, Wataru
Inoue, Mitsuteru
Inoue, Tsutomu
Inoue, Kenichirou
Irie, Mitsuru
Ishikawa, Shinji
Ishihara, Sunao
Ishii, Norihiko

Ishii, Toshiki
Ito, Masaharu
Itoh, Masahide
Itonaga, Makoto
Tu-G-03 Iwamoto, Satoshi
Tu-I-19J
Jaejin, Lee
Mo-E-02 Jamieson, Sarah
Tu-F-03 Jeon, Yong HyukMo-C-03 Jeong, Wooyoung
Tu-I-28 Joe, Hang-Eun
Tu-I-16K
Tu-I-17
Kajiyama, Takeshi

We-K-02
Tu-F-04
Mo-C-03
Mo-B-02
Tu-H-02
Mo-B-02
Tu-I-06
Tu-I-05
Tu-I-23
Tu-F-03
Tu-I-09
Tu-I-10
Mo-C-02
Tu-G-03
Tu-I-01
Tu-I-19
Tu-H-01Th-M-01Th-M-03
Tu-I-15
Tu-H-03
We-K-01
Mo-B-03
Mo-C-01
Mo-C-02
Th-N-01
Mo-B-02Th-M-01
Tu-H-02
We-J-03
Mo-E-03
Tu-I-13
Tu-I-04
Tu-I-21
Tu-I-31
Tu-I-18

Th-L-02Th-L-03
We-J-02
Gu, Min
Tu-H-04 Kajimura, Mayumi
Kamiharako, Mitsunari Tu-H-03
Kamijo, Koji
Mo-B-03H
Mo-C-01
Handa, Hiroshi
We-J-03
Th-N-01
Hasegawa, Yuichi
We-J-03
Mo-C-02
Hatakeyama, Mamoru We-J-03 Kanatori, Masaki
Tu-I-24
Hayasaki, Yoshio
Tu-H-03 Katayama, RyuichiG- 43 -

Kawata, Yoshimasa

Mo-C-01 Lee, Jae-seong
Mo-C-02 Lee, Jae-Sung
Tu-H-04
Kikuchi, Hiroshi
Mo-B-03 Lee, Kwan-Yong
Mo-C-01 Lee, Lance
Mo-C-02 Lee, Odysseus
Th-N-01 Lee, Sang Jun
Kim, Young-Joo
Mo-D-04
Kim, Do-Hyung
Mo-B-01 Lee, Won-Sup
Kim Gukhui,
Tu-I-13
Kim, Jang Hyun
Tu-I-31 Lee, Xuan-Hao
Kim, Jinyoung
Tu-I-12 Li, Z.
Tu-I-13 Li, Xiangping
Tu-I-14 Liao, Hao-Chia
Kim, Jooho
Th-L-01
Kim, Ki-Hyun
Mo-D-04 Lim, Dong-Su
Kim, Nakyeong
Mo-C-04 Lim, Geon
Kim, Sang Woo
Th-N-02
Th-N-03 Lim, Pang Boey
Kim, Soo Youn
Tu-I-14
Kim, SoonsukTu-I-12 Lim, Sung-yong
Kim, Soo-Yong
Th-N-02 Lin, Che-Chu
Th-N-03 Linford, Matthew, R.
Kim, Sunho
Tu-I-09
Kim, Taeseob
Tu-H-05
Tu-I-18 Lunt, Barry, M.
Kim, Young-Joo
Tu-I-22
Kimura, Shigeharu
Mo-D-02
Kinoshita, Nobuhiro Mo-B-03
Mo-C-01M
Mo-C-02 Macocq, Brian
Th-N-01 Mai, Hung-Chuan
Kitahara, Hiroaki
Tu-F-03
Kitahara, Toshiyuki
Th-M-01 Masaki, Kazuyoshi
Th-M-03 Masui, Shingo
Kobayashi, Toshio
We-K-01 Matsugami, Kazuki
Koga, Shogo
Mo-B-02 Matsumoto, Ikuo
Koide, Daiichi
Tu-I-07 Matubara, Takaaki
Th-L-02 Miao, X., S.
Th-L-03 Mikami, Hideharu
Kolobov, Alexander, V. Mo-E-02 Mikami, Tatsuo
Koo, Keunhwi
Th-N-02
Th-N-03 Min, Byung-Kwon
Kubo, Takahiro
Tu-I-15 Mine, Toshiyuki
Tu-I-30
Kurata, Hiroyuki
Tu-I-32 Miura, Kiyotaka
Kurimura, Sunao
Tu-G-01
Kurokawa, Motoyoshi Mo-E-04 Miyazaki, Toshimasa
Mochizuki, Hidehiro
L
Lee, Han-Baek
Tu-I-20 Moon, Woosik
Lee, Jaejin
Tu-I-12 Morimura, Hiroki
Tu-I-14- 44 -

Mo-C-04
Tu-I-20
Tu-I-22
Tu-I-22
Tu-I-05
Tu-I-05
Th-N-02
Th-N-03
Tu-H-05
Tu-I-18
Tu-I-29
Tu-F-02
Tu-H-04
Tu-I-05
Tu-I-06
Mo-D-04
Tu-H-05
Tu-I-18
Tu-G-03
Tu-I-01
Mo-C-04
Tu-I-29
Tu-I-02
Tu-I-03
Tu-I-04
Tu-I-02
Tu-I-03
Tu-I-04
Tu-I-11
Tu-I-05
Tu-I-06
Th-N-01
Tu-G-02
Tu-I-19
We-K-05
Tu-I-30
Tu-F-02Th-L-04Th-M-01Th-M-03
Tu-I-18
Mo-D-01
Mo-D-02
Mo-D-01
Mo-D-02
Tu-I-07
Th-M-01Th-M-03
Tu-I-10
Tu-I-16
Tu-I-17

Murakami, Setsuo
Muroi, Tetsuhiko
Muroi, TetsuhikoN
Nagahama, Shin-ichi
Nagao, Yuta
Nakabayashi, Miki

We-K-02
Mo-B-03
Mo-C-01
Th-N-01
Mo-C-02

P
Painter, Christopher
Park, Jin Bae
Park, Jong-BeomPark, Keunhwan
Park, Kyoung-Su

Tu-G-02
Tu-I-30
Mo-D-01
Mo-D-02
Nakai, Kenya
Tu-I-23 Park, No-Cheol
Nakamura, Kazuki
Tu-G-03
Tu-I-19
Nakamura, Yuichi
Tu-I-01
Nakano, Takashi
Mo-E-02
Nakazaki, Tatsuya
Tu-I-07
Naya, Masayuki
We-J-02 Park, Sehwang
Nishihara, Tetsuo
Tu-I-11 Park, Sun-Joo
Nobukawa, Teruyoshi Tu-I-27 Park, Taehyung
Nomura, Takanori
Tu-I-27 Park, Young-Pil
Nozawa, Jin
Tu-I-35
OÖberg, Mats
Ogasawara, Masakazu
Ogawa, Akihito
Ogawa, Koichi
Oh, Wonseok
Ohishi, Kiyoshi
Ohmaki, Masayuki
Ohmura, Yui
Okada, Takeru
Okamoto, Atsushi

Okamoto, Takashi
Okano, Hideaki
Okazaki, Yukinori
Okino, Yoshihiro
Okubo, Kaito
Okubo, Kohei
Okuda, Shinpei
Ono, Masayuki
Ozawa, Shohei

Tu-I-11
Th-M-02Th-M-04 Pearson, Anthony, C.
Mo-A-01
Tu-I-20
Tu-I-07 Poupinet, Ludovic
Th-L-03
Tu-I-23R
Tu-H-03 Rhim, Yoon Chul
Tu-F-03 Rou, Shang-Hsien
Mo-B-04
Th-L-06
Tu-I-25
S
Tu-I-26 Sagara, Naoto
Tu-I-28 Sakakura, Masaaki
Tu-I-35
Mo-B-04 Sakamoto, Kotaro
Th-M-04 Sakamoto, Satoshi
We-K-03 Sakimura, Naohide
Tu-I-15 Sasaki, Ai-ichiro
Tu-I-30
Tu-I-32 Sasaki, Toshio
Tu-I-08
Tu-H-01 Sato, Ryuji
We-J-03 Sekigawa, Sumio
Tu-I-30 Sekiguchi, Toru
Tu-I-32 Shepetkin, Yuri, A.
Shibukawa, Atsushi- 45 -

Tu-I-11
Tu-I-31
Tu-I-20
Tu-I-12
Mo-B-01
Mo-C-04
Mo-D-03
Tu-H-05
Tu-I-18
Tu-I-20
Mo-B-01
Mo-C-04
Mo-D-03
Tu-H-05
Tu-I-18
Tu-I-20
Tu-I-10
Tu-I-22
Tu-I-13
Mo-B-01
Mo-C-04
Mo-D-03
Tu-H-05
Tu-I-18
Tu-I-20
Tu-I-02
Tu-I-03
Tu-I-04
Tu-I-23
Tu-I-21
Tu-I-05
Tu-I-06
Tu-I-01
Mo-D-01
Mo-D-02
Tu-I-08
We-J-03
Tu-I-07
Tu-I-16
Tu-I-17
Th-M-01Th-M-03
Th-L-03
Tu-I-11
Mo-C-03
Th-L-05
Tu-I-26
Th-L-06

Shima, Takayuki
Tu-I-23 Tsuda, Hiroyuki
Mo-E-01
Shimizu, Keishi
Tu-I-36 Tsuji, Masatoshi
Tu-H-04
Shimizu, Takehiro
Th-N-01 Tsujita, Koji
We-J-03
Shimotsuma, Yasuhiko Mo-D-02 Tsuyama, Hiroaki
Th-M-01
Shinagawa, Mitsuru
Tu-I-16
Th-M-03
Tu-I-17
Shinoda, Masahisa
Mo-A-01
U
Shinoda, Masataka
We-J-01 Ullah, Md Azim
Tu-H-04
Shiomotsuma, Yasuhiko
Umeda, Mariko
Mo-D-01
Mo-D-01
Mo-D-02
Shiota, Megumi
We-J-02 Umetsu, Shuhei
Tu-I-25
Shiozawa, Manabu
Mo-D-01 Usui, Takashi
Th-M-04
Mo-D-02
Singh, Bhupinder
Tu-I-02
W
Tu-I-03 Wakayama, Yuta
Tu-I-26
Steinberg, Ilya, Sh.
Th-L-05 Wakayama, Yuta
Tu-I-35
Suematsu, Makoto
We-J-02 Wang, Hao
Tu-I-04
Sugisaka, Jun-ichiro
Tu-H-03 Watabe, Kazuo
Th-M-04
Sun, Ching-Cherng
Tu-I-29 Watanabe, Eriko
Tu-G-04
Tu-I-33 Watanabe, Katsuya
We-K-03
Watanabe, Koichi
Mo-D-01
T
Mo-D-02
Takabayashi, Masanori Mo-B-04
Th-L-04
Tu-I-25 Watanabe, Takao
Mo-D-01
Tu-I-35
Mo-D-02Th-L-06 Watanabe, Takehiro
Mo-C-03
Takagi, Hiroyuki
Tu-G-03 Watanabe, Yoshichika We-K-02
Tu-I-01 Wu, Chi-Shou
Tu-I-33
Tu-I-19 Wu, Hsien-Chun
Tu-I-06
Takahashi, Kazuo
Th-M-02
Takano, Yoshimichi
Tu-I-07
Y
Th-L-02 Yamaguchi, Mika
Mo-B-02Th-L-03 Yamamoto, Keiko
Tu-I-30
Takeda, Minoru
Tu-H-01 Yamamoto, Manabu
Tu-I-30
Takeshita, Nobuo
Tu-I-23
Tu-I-32
Tanabe, Takaya
Tu-I-08 Yamashita, Kei
We-K-04
Tanaka, Asato
Mo-B-02 Yamazoe, Shougo
We-J-02
Tanaka, Hiroshi
Tu-F-03 Yanamoto, Tomoya
Tu-G-02
Tanaka, Hiroyuki
Th-M-02 Yang, Hyunseok
Mo-B-01
Tani, Yumiko
Tu-I-15
Mo-C-04
Tu-I-31
Taniguchi, Jun
Tu-F-01
Tu-I-36
Taniguchi, Shoji
Th-M-02 Yasuda, Shin
Tu-H-02
Tatsu, Eriko
Mo-D-01 Yatagai, Toyohiko
Tu-I-29
Mo-D-02 Yu, Yeh-Wei
Tu-I-33
Taylor, Adam, B.
Th-L-01
We-J-01 Yusu, Keiichiro
Th-M-04
Toishi, Mitsuru
Tokumaru, Haruki
Tu-I-07Th-L-02
Z
Th-L-03 Zeng, B., J.
Tu-F-02
Tominaga, Junji
Mo-E-02 Zhou, W., L.
Tu-F-02
Tomita, Akihisa
Tu-I-35 Zukeran, Keisuke
Th-L-06
Th-L-06
Tsai, Din Ping
Mo-A-02- 46 -

- 47 -

Train (60 min.)Tokyo Station

Train (5 min.)Train (20 min.)Shinagawa Station

 Rakuten Travel
http://travel.rakuten.com/

 JAPANiCAN.com
http://www.japanican.com/

Osaki Station

to RINKAILINE

to YURIKAMOME

to YURIKAMOME

Shimbashi Station

 Japan Traveler Online
http://japantraveleronline.com/

Train (5 min.)Train (10 min.)Shimbashi Station

 Hotel Japan.com
http://en.hoteljapan.com/

Hotel Accomodations Reservation Online

Haneda Airport

Access from Haneda Airport to the Conference Site (Miraikan)

Narita Airport

Access from Narita Airport to the Conference Site (Miraikan)

- 48 -

15 minutes walk from "Tokyo Teleport station"

Access: Tokyo Waterfront Area Rapid Transit “RINKAI LINE”

4 minutes walk from "Telecom Center station"

5 minutes walk from "Fune-no Kagakukan station"

Access: Tokyo Waterfront New Transit “YURIKAMOME”

- 49 -

A number of restaurant/cafe is located around Telecom Center,
Daiba, and Aomi stations. For more information, please ask at
the registration desk.

http://www.miraikan.jst.go.jp/en/guide/shopcafe/restrant.html

Restaurant/Cafe in Miraikan:

RESTAURANT/CAFE

http://www.miraikan.jst.go.jp/en/guide/

Parking information:

PARKING

http://www.miraikan.jst.go.jp/en/guide/route/

For more information, please go to the following URL:ACCESS (MAP)- 50 -Sub Entrance Open
8:30 – 10:00 and 17:00 – 21:00
All day on Tuesday (8:30 – 21:00)

Main Entrance

Main Entrance Open
10:00 – 17:00 Everyday except Tuesday

MIRAIKAN 1ST FLOOR

Elevators

Sub Entrance

- 51 -

Restaurant (LA TERRE) Get-Together
Sunday 17:00 – 19:00
 Banquet
Tuesday 18:15 – 20:45

Poster Session Hall (CR3)
Tuesday

Oral Session Hall (HAL)
Monday – Thursday

MIRAIKAN 7TH FLOOR

Elevators

ISOM’12 Secretariat
c/o Adthree Publishing Co., Ltd.
27-37, Higashinakano 4-chome,
Nakano-ku, Tokyo 164-0003, Japan
Tel: +81-3-5925-2840 Fax: +81-3-5925-2913
e-mail: secretary@isom.jp
Secretariat During the Symposium (Sep. 30 – Oct. 4)
Tel: +81-80-5500-2840
http://www.isom.jp/