WELCOME TO ISOM’10
WELCOME STATEMENT FROMTHE ORGANIZING COMMITTEE
CO-CHAIRPERSONThe 20th International Symposium on Optical
Memory (ISOM’10) will be held in Hualien,TaiwanOctober 24-28, 2010
On behalf of the International Symposium on Optical Memory(ISOM) organizing committee, I am delighted to welcome all of
you to the ISOM’10 in Hualien, Taiwan.
Since the first ISOM meeting in 1987, ISOM has shown
remarkable capability for technological and social innovation
chain in open global industry. The CD-ROM/CD-R and the DVD
for example, have greatly contributed not only to the global PC,
Game and the A/V software industry, but also to the local
economic growth in Korea, Singapore, Taiwan/China and Japan.
The third generation optical memory called Blu-ray Disc has
already got on track of high volume market, overcoming the
economic recession in last year. We are very proud of the ISOM
activities as major technologies supporting the drive and media
development have been presented in the past ISOM meetings.
Past 30 years, optical memory technology has been developed
mostly focusing on high density and this year is the starting yearof the fourth generation technology. But I would like to ask all of
ISOM’10 participants to pay attention to that Taiwan local
committee has planned special session for expanding scope of
ISOM, including the SSD, the cloud network system as well new
application development in the green market. We would like toshare the vision that technologies of the optical memory havehigh potential even in the expanded scope.
All of us remember that the ISOM’01 in Taiwan was very
successful. The ISOM Committee sincerely hopes participants toenjoy the meeting and to contribute again to great success of
ISOM’10 in Taiwan.

Koichi Ogawa
ISOM’10 Organizing Committee, Co-Chairperson-4-

WELCOME TO ISOM’10, HUALIEN, TAIWANWELCOME STATEMENT FROMTHE ORGANIZING COMMITTEE
CO-CHAIRPERSON
On behalf of the Conference organizing
committee, I would like to welcome you to
the International Symposium on Optical
Memory 2010 (ISOM’10).
Taiwan is very much honored to be the first host outside Japan on
year 2001, when the conference ended successful and memorable.
This year, at the end of the first decade of the 21st century,
Taiwan respectfully hosts ISOM again. We believe it will mark an
exciting and fruitful event of ISOM’10 this year.
Although Blu-ray Disc has launched into market for several years,
optical data storage still faces the commercial competition. Largedata storage is requested for clouding computing, multi-media
and 3D image recently. The next generation of optical data
storage definitively needs to be developed or proposed.
Multi-layered optical disc seems to be the straightest way. As forholographic recording or near field recording, theircommercialization seems face the bottleneck. We expect thevalued experiences in this ISOM will be delivered to improve thecurrent technologies.
ISOM’10 will be held at the Parkview Hotel in Hualien, Taiwan
from October 24 to 28, 2010. Hualien possesses majestic andunpolluted natural sceneries, mountains, white water rapids, cliffs,
waterfalls, and precipices make it the most beautiful andmulti-cultural county in Taiwan. We believe that all of you will
enjoy the great events of ISOM’10 and fascinated scenery of
Hualien. I look forward to seeing you and exchanging valuableideas on optical memories at ISOM’10.

Der-Ray Huang
ISOM’10 Organizing Committee, Co-Chairperson-5-INTRODUCTION
The 20th International Symposium on Optical Memory (ISOM)
will be held from Oct. 24th to 28th 2010 at Parkview Hotel in
Hualien, Taiwan. 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. In 2006,
ISOM Optical Memory Roadmap final report highlighted themilestones and breakthroughs in next generation optical data
storage research, namely holographic recording, multi-layer
recording, two-photon, Super-RENS and near-field technologies.
The interface specifications between future technologies andelemental technologies were also discussed. In 2009, the second
version of ISOM Optical Memory Roadmap focusing on
applications, such as archival systems, audio-video systems,
inter-cross business market was disclosed. In 2010, it will be very
expected to discuss new optical data systems and application
systems as well as high density technologies or futuretechnologies. In addition, two special sessions featuring Taiwan’s
advanced technologies and the new scope of ISOM will bepresented.
The Symposium site, Parkview Hotel is located in Hualien, themost beautiful county in Taiwan. Hualien County isapproximately 4,628 sq. km and has a population of about
350,000. Four hundred years ago, the Portuguese sailors went
past the East Coast of Taiwan, fascinated by its beauty, and calledit “FORMOSA.” It was called “chi-lai” in the ancient period.
Owing to the fact that Hualien River empties into the Pacific
Ocean on the East Coast, where the surge and wave is turbulent,
it is also called “huei-lan,” similar sound with Hualien.
Hualien County, facing the immense Pacific Ocean in the eastand leaning against the grand Central Mountain Range in the west,
is famous for its beautiful scenery: the natural resources in
Taroko National Park, East Coast National Scenic Area, East Rift
Valley Scenic Area and Yushan National Park.

SCOPE OF THE SYMPOSIUM
ISOM'10 will discuss the current status of optical memory systemdesign and applications, together with new developments in theareas of media, lasers, basic theory including computer
simulation, system sub-components, and a range of futuretechnologies. From ISOM’09, the scope of the symposium was
extended to accept a wide range of researches and technologies.

-6-In addition to ordinary contributed papers, a number of invited
papers in cutting edge will be presented. Topics to be covered inthis symposium include, but are not restricted to:
1. Basic Theory and Physical Optics
x Structure Analysis
x Photochemical Reaction
x Multi-Photon Process
x Electromagnetic Optics
x Nonlinear Optics
x Near-Field Optics
x Quantum Optics
x Spectroscopy
x Simulation
2. Media and Material Sciencex Rewritable, Write-Once, Read-Only Mediax Characterization, Recording and Readout Mechanisms
x Manufacturing Technology
x Substrates, Masteringx Super Resolution Mediax Photochromic and Photorefractive Materials, Other Materials
x Photonic Crystals
x Plasmonics, Metamaterials, Nanomaterials
3. Drive Technologies and Signal Processingx Drive Integration
x Mechanics and Electronics Design
x Servo and Accessing Methods
x Read Write Channels, Error Correction
x Modulation Codex Copy Protection
x Image Processing
4. Components and Nano Fabricationx Optical Heads, Actuatorsx Lenses, Diffractive Optics
x Active or Adaptive Optics
x Light Sources, Detectors
x Integrated Optical Heads and Components
x Modulators, Image Sensors
x MEMS/NEMS Fabrication and Devices
x Nano Imprint-7-

5. Testing Methods and Devices
x Testing and Evaluation Methods for Drives, Media andComponents
x Drive Testers, Media Testers
6. Systems and Applications
x Optical Storage Systems
x Archival Applications
x Security Applications
x Mobile Applications
x Medical and Bio Applications
x New Applications
7. High Density Recording
x Holography
x Volumetric Storage, Multi Layer Recordingx Scanning Probe and Near-Field Recordingx Multiwavelength Recording and Bistable Devices
x Multi Level Recordingx Hybrid Recordingx Other Future Technologies
8. New World - Other Future Science and Technology
Available to Information Storage

REGISTRATION
All participants (including speakers) are requested to register, andare encouraged to register in advance (by September 24, 2010) in
order to receive the early registration discount.

I. Registration Fees
Registration
Categories
RegularStudent/
Retiree

Before / On
September 24, 2010
NTD 17,000

After
September 24, 2010
NTD 20,000

NTD 6,000

NTD 8,000

NTD 3,000 One seminar
NTD 3,000 One seminar
NTD 5,000 Two seminars
NTD 5,000 Two seminars
NTD 6,500 Three seminars
NTD 6,500 Three seminars
NTD 7,500 Four seminars
NTD 7,500 Four seminars
Additional Options:
Additional Technical Digest
NTD 1,000 per copy
Tutorial Seminar Note
NTD 1,000 per copy
Tutorial
Seminar* The currency is New Taiwan Dollar (NTD).
* Students are asked for showing their ID cards.
-8-

Payment of the Symposium registration fee entitles one print
and one CD version of the Technical Digest, tickets for the
Cocktail Reception and Banquet, Free lunch during the
symposium and entrance to all technical sessions.
Payment of the Tutorial Seminar registration fee entitles single
registrant to Tutorial Seminar and one print copy of the
Tutorial Seminar handout.

II. Method of Registration
On-line registration for ISOM’10 will be opened on August 10,
2010. Those who wish to attend ISOM’10 should access the
ISOM website (http://www.isom.jp/). On-line registration ishighly recommended. In case where on-line registration is notconvenient, you can register by submitting the Registration
Form via facsimile, e-mail or postal mail to ISOM’10 Local
Secretariat along with your proof of payment. Registration
before or on September 24 will enjoy a lower registration fee
and the registration website will be opened until October 15.
After October 15, registration has to be done on-site during theconference.

III. On-Site Registration
The Registration Desk will be located in front of the Ballroom
on the 2nd floor of Parkview Hotel from Sunday throughWednesday during the following hours.
Sunday, Oct. 24
Monday, Oct. 25
Tuesday, Oct. 26
Wednesday, Oct. 27

8:00-18:00
8:00-16:00
8:00-14:00
8:00-13:00

Because the Registration Desk in the morning on October 25 is
supposed to be so crowded, it is recommended to finish yourregistration within October 24.

IV. Registration and Payment
Payment should be made in New Taiwan Dollar by cash or
credit cards (JCB, VISA and Master Card), payable to
ISOM’10. No personal checks will be accepted. On-site
payment should be made in New Taiwan Dollars by credit
cards or cash.

V. Cancellation Policy
You are encouraged to register in advance for your own
convenience. Due to materials printing commitments, refunds-9-requested after October 8, 2010 cannot be guaranteed.
If written notice of cancellation reaches the ISOM’10
Secretariat:
y Before 23:59 GMT+0800, October 8, 2010: A NTD 1,500
processing fee will be withheld from all refunds.
y After 23:59 GMT+0800, October 8, 2010: no refund will begiven. A copy of the conference proceedings will be sent
after the Symposium.

INSTRUCTION FOR SPEAKERS
I. Speaker and Presider Check-In
All speakers and presiders are requested to check in at the VIPRegistration Desk that will be located in front of the Ballroom
on the 2nd floor of Parkview Hotel.

II. Oral Presentation
Time assigned for:Type
KeynoteInvitedContributed

Total
30 min.
25 min.
20 min.

Presentation
30 min.
20 min.
15 min.

Discussion
5 min.
5 min.

All speakers are requested to get in touch with their presiders
15 minutes 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. Please note that Ballroom equipment will
not include a 35 mm slide projector or an overhead projector.
If speakers use their own laptop, they will be requested toconfirm its connection with the projector in the Ballroom
during break time or in the morning. We recommend all
speakers to have this check the day before their presentation.
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 presentation.
We recommend all speakers to use more than 16-point font.
The audience expects well-prepared presentations with clearlyvisible figures and captions, as well as a good conclusion.

III. Poster Presentation
Your session code will be indicated on the panel board. You
will be provided with the material to mount your poster onto

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the board.
The papers are divided into two sessions: Poster Session I(14:00-15:30) and Poster Session II (16:00-17:30), both on
October 26.
Each author is provided with a 200 cm high x 150 cm wide
poster space on which a summary of the poster paper is to be
displayed on the board.
All authors are requested to affix their posters on the day of theposter session. Posters are to be removed immediately after thesession ends.
Authors must remain in the vicinity of the poster board at least
for the duration of the assigned session 1 hr 30 min. The
absence of authors during the assigned session is treated as“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”.

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 word
abstract 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
service 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 31 to August 18, 2010.
Authors will be notified about the beginning of September, 2010
whether their papers are accepted. The best four post deadline
papers are allowed as oral presentations in the final session. Other
post deadline papers (but limited numbers) will be presented in
the poster session.
Type
Post Deadline

Total
15 min.

Presentation
12 min.

Discussion
3 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 the-11-

Japanese Journal of Applied Physics (JJAP) in September, 2011.
The authors who will have, by themselves, presented papers at
ISOM’10 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 30, 2011. Submitted papers will be
reviewed based on the JJAP standard.
Cancelled papers because of no presentation will NOT be
submitted for publication in the JJAP special issue.

SPECIAL PROGRAM
I. Tutorial Seminars
The Tutorial Seminars (T-1, 2, 3, 4) are offered on the first dayof the conference and are targeted to expand your knowledge
with technical information on the current state of research anddevelopments in optical memories.
Pre-registration using the on-line registration form can be done
together with the conference registration. The procedures forconference registration are available on the ISOM website(http://www.isom.jp/). On-site registration is only available
subjected to the vacancies. You are advised to pre-register due
to limited class size.
y Date & Time: October 24, 9:00-17:30
y Place: Parkview Hotel, Ballroom A & B
y Fee: NTD 3,000 One seminar
NTD 5,000 Two seminars
NTD 6,500 Three seminars
NTD 7,500 Four seminars
y Language: English
Program:T-1 9:00-10:30
Plasmonics and Its Applications to Optical Data Storage
Prof. Din Ping Tsai (Nat’l Taiwan Univ., Taiwan)
Abstract: Tutorial of basic properties of plasmons, and its
applications to optical data storage. Principle of plasmons andlocalized plasmons will be addressed. Advanced applicationsof plasmonics on the optical data storage will be reviewed.

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Instructor Biography: Din Ping Tsai is a professor of National
Taiwan University and Director General of the National
Instrument Technology Research Center in Taiwan. He is a
Fellow of SPIE, OSA, APS, EMA and the Physical Society ofROC. He is author and coauthor of 140 SCI journal papers
and 16 patents.
10:30-11:00 BreakT-2 11:00-12:30
Tutorial Overview of Probe-based Memories
Dr. Mustafa M. Aziz (Univ. of Exeter, UK)
Abstract: An overview of the operating principles of various
probe-based memories will be given, along with an in-depthcase study of the design of Terabit/in2 phase-change electricalprobe memories carried out as part of the EU-FP6 ProTeM
project (www.protem-fp6.org).
Instructor Biography: Dr. Mustafa M. Aziz is a senior lecturer
in Electronics at the University of Exeter. His research focuseson the theoretical modeling and experimental measurements of
the write, read, and noise processes in storage technologies
involving magnetic and phase-change media.
12:30-14:00 Lunch
T-3 14:00-15:30
Phase Change Memory Technologies (Optical Disc to New
Applications)Dr. Takeo Ohta (Ovonic Phase Change Institute, Japan)
Abstract: What is Phase Change Memory and the breakthrough technologies for rewritable optical disc as DVD-RAM
and BD. And the next stage, Phase Change has the functions of
NVM and the future applications.
Instructor Biography: Dr. Takeo Ohta received a BSc and MS
degree in Physics from Faculty of Science of Kyoto University.
He awarded the 1st Matsushita Science Prize in 2001. He
moved to Energy Conversion Devices Inc. (Michigan, USA),
vice president, Optical and Electronic Memory in 2002. And hestarted “Ovonic Phase Change Institute”, Japan in 2004.
15:30-16:00 Break-13-

T-4 16:00-17:30
Digital Archive using Optical Disks
Prof. Kunimaro Tanaka (Teikyo-Heisei Univ., Japan)
Abstract: Digital archive is recent method to preserve existing
various information to the future. Optical disk will play
important role because of its longevity. This paper explains
standardization activity of the optical disk for archive.
Instructor Biography: Graduated from Chiba University in
1962 and joined Mitsubishi Electric Corp. He had worked on
development of consumer use video recorder, professional
digital tape recorder, and optical disk drive. He moved to
Teikyo Heisei University in 1991. Prof. Dr. Tanaka is fellow
member of AES, IEEE, IEICE, ITE, JFES.

II. Social Program
Cocktail Reception
All regular and student attendees are invited to the Cocktail
Reception.
y Date & Time: Monday, October 25 18:30y Place: Parkview Hotel, Ballroom A & B
y Fee: Free for all of registered regular and students.
Accompanying person will have to pay NTD 1,000.
BanquetAll regular and student attendees are invited to the Banquet.
y Date & Time: Wednesday, October 27 18:30y Place: Parkview Hotel, Ballroom A & B
y Fee: Free for all of registered regular and students.
Accompanying person will have to pay NTD 1,000.

III. Technical Exhibition
Technical Exhibition is organized. The optical storage andrelated products, equipment, etc. from the leading companies
and laboratories will be presented.
y Date & Time: Monday, Oct. 25
Tuesday, Oct. 26
Wednesday, Oct.27
y Place: Parkview Hotel, 2F Lobby-14-

10:00-18:00
10:00-18:00
10:00-14:00

IV. Technical Toury Date & Time: Wednesday, October 27, 14:00-18:00
y Place: Taiwan Yes Deep Ocean Water Co., Ltd.
National Dong Hwa Univ.
y Fee: Freey Schedule:【Group A】Parkview Hotel Æ Taiwan Yes Deep Ocean
Water Co., Ltd. Æ National Dong Hwa Univ.
Æ Parkview Hotel【Group B】Parkview Hotel Æ National Dong Hwa Univ.
Æ Taiwan Yes Deep Ocean Water Co., Ltd. Æ
Parkview Hotel
There is no limitation of participant; however, advanceregistration is required.

V. Excursion
Optional tours are offered during the ISOM’10 for you toenjoy the visit to Taiwan. If you need assistance with any ofyour travel plans, please contact:
The Parkview Hotel Concierge Center
Tel: +886-3-822-2111 / Fax: +886-3-822-6999
Half-Day Toury Taroko Gorge Tour
Duration: 4 hrs
Tour Fare: NTD 700 per adultTour Spotlight: Gorge Gateway, Swallow Grotto Trail,
Tunnel of Nine TurnsTrail, Eternal-Spring Shrine, etc.
yCity Culture Tour
Duration: 4 hrs
Tour Fare: NTD 700 per adultTour Spotlight: Pine Garden, Cisingtan Scenic Area,
Liyutan, etc.
Full-Day Toury East Rift Valley Leisure Tour
Duration: 7 hrs
Tour Fare: NTD 2,500 per adultTour Spotlight: Wetland Ecology of Mataian Tribe,
Caves of the Eight Immortals, Long Rainbow Bridge,
Shihtiping Fishing Port, etc.
Other touring program will be available at the Registration andInformation desk.
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HOTEL ACCOMMODATIONS
A block of rooms has been reserved for the convenience of the
ISOM’10 participants. The rooms are to be reserved on
first-come first-served basis.
Those who wish to make hotel reservations should access the
ISOM website (http://www.isom.jp/), where the hotel reservation
forms can be downloaded. Please complete the reservation form
and return it to the following hotels before September 10, 2010. It
is recommended for you to reserve the room as soon as possible.
Early reservation is highly recommended because of the highoccupancy rate during the Symposium period. The hotels’
reservation deadline is on October 1, 2010.
Hotel NameType

Room Rate

Singleweekday NT$ 3,000
holiday NT$ 4,500

Twin

weekday NT$ 3,300
holiday NT$ 4,500

Singleweekday NT$ 1,400
holiday NT$ 2,240

Parkview
Hotel

KKS
Hotel

Astar
Hotel

Twin

weekday NT$ 1,800holiday NT$ 2,600

Single/ Twinweekday NT$ 2,000
holiday NT$ 2,600

Singleweekday NT$ 1,800holiday NT$ 2,800

MarshalHotel
Twin

weekday NT$ 2,000
holiday NT$ 2,920

Internet
Facilities

Characteristic

Available

Conference
Hotel

Available

only 300m
apart from
Hualien Rail
Station(Lobby)located by theseashore

Available

located by the
shopping
streety Reservation of hotel room must be made directly with the hotel
by e-mail or facsimile.
y All room rates are per night including one breakfast.
y Free Shuttle service to/from the Parkview Hotel is available,
advanced registration is required.
y It takes about 10 minutes to the conference site by shuttle bus
from all the sub-hotels.
Payment
Payment must be completed in New Taiwan Dollars (NTD) when
you make reservations by credit card.

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Hotel Cancellations
Cancellation must be made directly to the hotel. In case ofcancellation of hotel reservation, the cancellation charge will beborne by the participants.
Official Hotels Information
Parkview Hotel (Conference hotel)
No.1-1, Linyuan, Hualien City, Hualien County 970, Taiwan
Tel: +886-3-822-2111 Fax: +886-3-822-6999
Website: http://www.parkview-hotel.com/english/map.htm

KKS Hotel
No.223, Guolian 5th Rd., Hualien City, Hualien County 970, Taiwan
Tel: +886-3-832-5222 Fax: +886-3-833-5810
Website: http://www.kkshotel-mwm.com/

Astar Hotel
No.6-1, Minquan Rd., Hualien City, Hualien County 970, Taiwan
Tel: +886-3-832-6111 Fax: +886-3-832-4604
Website: http://www.astar-hotel.com.tw/
Marshal Hotel
No.36, Gongyuan Rd., Hualien City, Hualien County 970, Taiwan
Tel: +886-3-832-6123 Fax: +886-3-832-6140
Website: http://www.marshal-hotel.com.tw/

GENERAL INFORMATION & ATTENTION
I. Official Language
The official language of ISOM’10 is English.

II. Message Board
Official Information Board and Message Board will be set near
the Registration Desk. Message will be taken during
registration hours on Sunday through Wednesday and postedon the Message Board. Please check the bulletin board daily toreceive your messages. Messages for participants at themeeting should be directed to ISOM’10 Symposium
Registration Desk.

III. Visa Requirement
30-days visa-free privileges are afforded to citizens of theAustralia, Austria, Belgium, Canada, Costa Rica, Czech
Republic, Denmark, Estonia, Finland, France, Germany,
Greece, Hungary, Iceland, Ireland, Italy, Japan, Republic ofKorea, Latvia, Liechtenstein, Lithuania, Luxembourg,-17-Malaysia, Malta, Monaco, the Netherlands, New Zealand,
Norway, Poland, Portugal, Singapore, Slovakia, Slovenia,
Spain, Sweden, Switzerland, U.K., U.S.A and Vatican City
State.
For other countries, visas are required to enter Taiwan and canbe obtained from R.O.C. embassies, consulates or designatedrepresentative offices in visitors' native countries. Tourist visas
are recommended. Foreign nationals may obtain a tourist visa
to visit the Republic of China for purposes of sightseeing,business, family visits, study or training, medical treatment, orother legitimate activities. Tourist visas may be single- or
multiple-entry. Meanwhile, passports valid for at least 6months are required for anyone who plans to visit Taiwan.

IV. Lunches
Lunches will be served by the ISOM’10 at Parkview Hotel 1F
Garden Court.

V. Others
To receive further ISOM’10 announcement, please visit ISOM
website (http://www.isom.jp/).

ATTENTION
No Photo

No Video-18-

No Recorder

TECHNICAL PROGRAM
October 25, 2010 (Monday)
A: Opening and Keynote
Presiders: Y. Kawata (Shizuoka Univ., Japan)
D.P. Tsai (Nat'l Taiwan Univ., Taiwan)
Program Committee Co-chairpersons
Mo-A-01(8:30) Opening Remarks
K. Ogawa (Univ. of Tokyo, Japan)
Organizing Committee Co-chairperson
M.-K. Wu (Academia Sinica, Taiwan)
Mo-A-02 (Keynote Speech)(8:40) The Developement Strategy of Taiwan Optical
Electrics Industry
C.-K. Lee1,2 (1ITRI, 2TISA, Taiwan)

B: New World
Presiders: N. C. Park (Yonsei Univ., Korea)
T. Tanaka (RIKEN, Japan)
Mo-B-01 (Invited)(9:10) Optical Disk for Photocatalytic Process ofEnvironmental Applications
D. P. Tsai1,2,3, H. J. Huang1, N.-L. Wu2, C.-S. J. Wu2(1Nati'l Applied Research Laboratories, 2Nati'l Taiwan
Univ., 3Academia Sinica, Taiwan)
A new application of optical disk is introduced. We
demonstrated a novel technology of using optical disk
in photocatalytic chemical process to decompose theenvironmental waste such as Methyl Orange to carbon
dioxide and water.
Mo-B-02 (Invited)(9:35) Application of Optical Pick-up Head System for
Bio-Sensing with New Circular Substrate Format
D.-R. Huang1, J.-J. Ju2, Y.-C. Lee2, J.-S. Chen2,
F.-H. Lo2, Y.-C. Weng1 (1National Dong Hwa Univ.,
2
Industrial Tech. Research Institute, Taiwan)-19-

A new method to detect the bio-image of DNA samples
on circular substrate format by using the opticalpick-up head system with triple wavelength and threeaxis acuactor that can detect the florencent signal
effectively.
Mo-B-03 (Invited)(10:00) Magneto-Optics in Medicine a New Rapid
Volumetric Diagnostic Assay for Malaria
D. M. Newman, R.J. Matelon, L. Savage, M.L. Wears(Univ. of Exeter, UK)A novel hand held instrument has been developed that
rapidly and sensitively diagnoses malaria by using the
Cotton-Mouton effect to perform a volumetric assay forhaemozoin, the parasites metabolic end product, in
fingerprick blood samples.
Mo-B-04(10:25) Low-loss Coherent Control of Light Confined Neara Defect in Photonic Crystal
H. Nihei1, A. Okamoto2 (1Health Sciences Univ. of
Hokkaido, 2Hokkaido Univ., Japan)
The energy loss of confined light near a defect inphotonic crystals during the coherent control is strongly
suppressed by tuning the confined light mode to a darkline, leading to the low-loss optical control.
Break (10:45-11:05)

C: Drive Technology and Signal Processing
Presiders: S. Higashino (Sony, Japan)
M. Aziz (Univ. of Exeter, UK)
Mo-C-01 (Invited)(11:05) Advancement of the Neural Network based Hybrid
Equalizer
M. Itonaga, K. Matsuzaki, A. Saito, A. Hayami (JVC
Kenwood, Japan)
Characteristics of the adaptive neural network hybrid
equalizer are analyzed by using an engineering modelof cerebellum learning process of brain. The results
about downsizing of the circuit are also demonstrated.

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Mo-C-02(11:30) New Edge-Shift Detection Method for Write Strategy
Optimization in High-Density Optical Disc Recording
T. Kurokawa, H. Minemura, A. Kikukawa, K. Watanabe(Hitachi, Japan)
We propose a sophisticated edge-shift detection method
based on the PRML theory. It is capable of detecting theedge-shifts corresponding to the write-strategy table. Also,
its results do not vary with SNR variation among drives.
Mo-C-03(11:50) Perfect Tracking Control System with Prediction
State Observer for Next Generation Optical Disk
T. Ogata1, Y. Nabata1, K. Ohishi1, T. Miyazaki1,
M. Sazawa1, D. Koide2, Y. Takano2, H. Tokumaru2(1Nagaoka Univ. of Tech., 2NHK, Japan)
The tracking control of optical disk system is required
high precision and robustness in more high rotation
speed. This paper propose the new Perfect Tracking
Control (PTC) system with Prediction State Observer.
Mo-C-04(12:10) Experimental Analysis of Axial Run-out in Flexible
Optical Disks
T. Kajiyama1, D. Koide1, H. Tokumaru1, Y. Takano2,
N. Onagi3, Y. Aman3 (1NHK, 2NHK Engineering
Service, 3Ricoh, Japan)
We investigated the axial run-out in flexible opticaldisks. Axial run-out have the three states. These stateschange conditions vary with the disk thickness.
0.2-mm-thick disks are suitable for high-speed rotation
than 0.1-mm-thick disks.
Lunch (12:30-14:00)

D: High Density I "Plasmonics and Near-field"
Presiders: J. Kawamata (Yamaguchi Univ., Japan)
H. Miyamoto (Hitachi, Japan)
Mo-D-01 (Invited)(14:00) Advances in Multi-Dimensional Optical Data Storage
M. Gu (Swinburne Univ. of Tech., Australia)-21-

We present the recent progress on multi-dimensional
optical data storage in nanoparticle-dispersed materials.
It provides a new horizon of the high capacity data
storage when super-resolution optical systems are
combined.
Mo-D-02 (Invited)(14:25) Plasmon Enhanced Three-Dimensional Multi-Layer
Optical Disk
T. Tanaka1,2 (1Riken Metamaterials Lab., 2Hokkaido
Univ., Japan)
Surface plasmon enhanced 3D multi-layered opticaldisk has developed. Digital data are recorded as afluorescent pattern of Rhodamine-B and are retrievedby a confocal fluorescent pick-up without any
significant crosstalk from the adjacent layers.
Mo-D-03(14:50) One Head Writing/Erasing on a RewritableDual-Layer NFR Optical Disk Having High-index
Cover and Separation Layers
K. Narumi, K. Hisada, T. Mihara, T. Shiono, R. Kojima,
H. Tomita, M. Birukawa, N. Yamada (Panasonic, Japan)
Recording/reading characteristics of a rewritabledual-layer NFR optical disk with high-index (n=1.8)
thin cover and separation layers are presented. A new
optical head system enabling to access the both layerswith single SIL was used.
Mo-D-04(15:10) Thermal Analysis of HAMR Head with LD on Slider
B. Xu, Q. Zhang, C. An, G. Vienne, Y. T. Toh, C. W. Chia,
T. C. Chong (Data Storage Institute, Singapore)
The temperature changes of HAMR head with LD on
slider are studied at different boundary thermal
resistance, heat power, slider fly height and fly speed.
The effects of it on head performances are discussed.
Mo-D-05 (Invited)(15:30) TBD
P. Török (Imperial College, UK)
Break (15:55-16:15)-22-

E: Systems and Applications
Presiders: K. Tanaka (Teikyo Heisei Univ., Japan)
Y. Chiu (Nat’l Chiao Tung Univ., Taiwan)
Mo-E-01 (Invited)(16:15) State-of-the-art of 3D Standardization
T. Koike (Hitachi, Japan)
3D technology covers a wide range of technologies.
Thus, much 3D standardization has ongoing discussions.
We present current statuses and futures of various 3D
standardizations with indicating their scopes.
Mo-E-02(16:40) SIL based Near Field Recording System with
Flexible Optical Disk
H. Hwang, J.-G. Kim, K. W. Song, K.-S. Park,
N.-C. Park, H. Yang, Y.-C. Rhim, Y.-P. Park (Yonsei
Univ., Korea)
In this paper, in order to realize high data storage
capacity and high data transfer rate together, SIL-based
NFR system with flexible optical disk is proposed.
Mo-E-03(17:00) Demonstration of Optical Threshold Secret Sharing
Scheme with Secure Holographic Memory andMutually Pumped Phase Conjugator
Y. Okada1, A. Okamoto1, A. Tomita1, M. Takabayashi1,
S. Honma2 (1Hokkaido Univ., 2Univ. of Yamanashi,
Japan)We demonstrate a threshold secret sharing scheme
all-optically first by combing authentication mechanism
based on two-wave encryption method which is one of
secure holographic memories and a thresholdprocessing device by mutually pumped phaseconjugator.

-23-

October 26, 2010 (Tuesday)
F: Components and Nano Fabrication
Presiders: M. Itonaga (JVC Kenwood, Japan)
Y.-J. Kim (Yonsei Univ., Korea)
Tu-F-01(8:30) Design, Fabrication and Testing of Compact Light
Path for Heat Assisted Magnetic Recording
E. J. Black, Y. Kong, Y. Luo, J. A. Bain,
T. E. Schlesinger (Carnegie Mellon Univ., USA)
We present a compact light path for integration with
HAMR heads in magnetic disk drives consisting of acurved grating input coupler and symmetric slab
dielectric waveguide tapered to a single mode
rectangular waveguide.
Tu-F-02(8:50) Non-Contact Deformable Mirror Actuator for
Spherical Aberration Compensation
J. Hashizume, T. Ide, M. Kanamaru, M. Mukoh,
K. Watanabe, Y. Yamauchi (Hitachi, Japan)
We proposed and demonstrated a novel non-contact
deformable mirror actuator for spherical aberration. The
continuous change of defocus aberration proportional tothe deformation of mirror was achieved in a normal
incidence.
Tu-F-03(9:10) One-Beam Push-Pull Method for Multilayer Blu-ray
Discs
H. Nakahara, M. Ohmaki, M. Shinoda, T. Matozaki,
N. Takeshita (Mitsubishi Electric, Japan)
We propose a newly developed one-beam push-pull
method for multilayer Blu-ray Discs. It can effectively
suppress the influence of stray lights from other layers
which disturbs tracking error signal.
Tu-F-04(9:30) Novel Three-Beam Tracking Method using
Slit-Integrated-PDIC for Multi-Layer Blu-ray Disc
Recording-24-

N. Kawano, T. Nishiyama, Y. Sato, K. Mishima,
H. Utsunomiya, H. Nishimura, T. Ishida (TDK, Japan)
In this paper, we propose a slit method using
slit-integrated-PDIC that solves issues concerning thestray lights of multi-layer disc in three-beam tracking
detection method.
Tu-F-05(9:50) A MEMS Optical Pickup Unit Fabricated andAssembled on SOI Wafers
Y. Chiu1, C.-A. Lin1, J.-C. Chiou1, H.-F. Shih2 (1Nat'lChiao Tung Univ., 2Nat'l Chung Hsing Univ., Taiwan)
The assembly technology for 3-D microstructures isapplied to a MEMS-based optical pickup. The design andfabrication of the optical pickup components is presented.
Break (10:10-10:30)

G: Media and Basic Theory
Presiders: T. Shintani (AIST, Japan)
P. Török (Imperial College, UK)
Tu-G-01 (Invited)(10:30) Progress of Thermal Recording for High Density
Disc Mastering
S. Murakami, N. Yamaoka, Y. Sugawara, S. Jinno,
T. Takishita, F. Yokogawa (Pioneer, Japan)
We confirmed that the optimization of silicon masterstructure could make the pit shape clearly defined. We
have chosen a dielectric as the recording material of thethermal recording.
Tu-G-02(10:55) Effect of Input Beam Polarization on Induced
Magnetic Field in All-Optical Magnetic Recording
G. Vienne, K. Eason, J. M. Li (Data Storage Institute,Singapore)
We consider three polarization states (radial, azimuthal,and circular) and calculate the contributions of both theinverse Faraday effect and the optically induced
spin-orbit coupling to the laser-induced magnetic fieldin GdFeCo.

-25-

Tu-G-03(11:15) Temperature Controlled Extraordinary
Transmission of Freestanding Superconductor
Photonic Crystal Slabs
H.-M. Lee, J.-H. Shyu, L. Horng, J.-C. Wu (Nat'lChanghua Univ. of Education, Taiwan)
We have first provided a 3-D model and demonstrated
the temperature controlled extraordinary transmissionof freestanding superconductor slab numerically. Our
simulation results clearly show that the unusualtransmission spectra are observed for perforated
superconductor slab.
Tu-G-04(11:35) Influence of Thermal Expansion for Reflection
Volume Hologram Stored in LiNbO3 Crystal
C. S. Wu1, C. M. Shih2, H. M. Chu2, T. Y. Chung1,
Y. W. Yu1, C. C. Sun1 (1Nat'l Central Univ., 2Chung
Yuan Christian Univ., Taiwan)
Through the consistent results of the experiment andsimulation, we can analyze the effect of diffracted field
for arbitrary thermal expansions by the model of
VOHIL6.
Tu-G-05(11:55) Chemical Analysis of the Dyes in Today’s Archivaland Standard-Grade DVDsG. Jiang1, D. S. Jensen1, M. C. Asplund1, D. P. Hansen2,
R. C. Davis1, B. M. Lunt1, M. R. Linford1 (1Brigham
Young Univ., 2Millenniata, USA)
Chemical analysis shows significant similarities of thedyes from archival- and standard-grade recordable
DVDs. Also, a new compound was found in the dye of
one archival-grade DVD after writing and thenexposure to extreme conditions.
Tu-G-06(12:15) Effects of Elevated Temperature, Humidity andLight on DVDs
Bradley M. Lunt, Barry M. Lunt (Brigham Young
Univ., USA)The data on DVDs degrades much more quickly whensubjected to accelerated testing combined conditions of-26-

elevated temperature, humidity, and full-spectrum light,
than when these test conditions are applied separately.
Lunch (12:35-14:00)

H: Poster Session I (14:00-15:30)
Presiders: Y. Kawata (Shizuoka Univ., Japan)
T. Kikukawa (TDK, Japan)
Tu-H-01
Origin of Second-Order Nonlinear Optical Effects ofNonpoled Donor-Acceptor Chromophores on
SurfaceT. Michinobu, Y. Li, Y. Washino, K. Murata,
K. Tsuboi (Tokyo Institute of Tech., Japan)
Donor-acceptor molecules, prepared by high-yielding
and atom-economic addition reaction between
electron-rich alkynes and strong acceptor molecules,
were spin-coated on a quartz plate and theirsecond-ordernonlinear
opticaleffects
wereinvestigated.
Tu-H-02
Optimization of Angle-Multiplexing Holographic
Data Storage in the Transmission Geometry
J.-P. Liu (Feng Chia Univ., Taiwan)
We proposed an algorithm to find an optimized set of theangular separations for a holographic angle -multiplexing
storage system in the transmission geometry. The effect of
the refractive index of the hologram is also discussed.
Tu-H-03
Phase-Change Fabrication for Opto-Thermal
Nanolithography
Z. H. Lu, F. H. Chen, B. H. Chen, C. H. Chu,
L. H. Huang, H. W. Chen, Y. H. Fu, D. P. Tsai (Nat'lTaiwan Univ., Taiwan)
The ultra high density optical data storage technology
shows the capability of fabrication for less than 100 nm
dimension recording marks, far beyond the diffraction
limit. The novel nanolithography to fabricate on
Ge2Sb2Te5.

-27-

Tu-H-04
Study Inorganic Resist as a Mask Layer for Dry
Etching Process
J.-P. Chen1, C.-C. Chang2, H.-H. Chen1, M.-F. Hsu1,
C.-T. Cheng1, C.-W. Chen2, W.-C. Wang2 (1Industrial
Tech. Research Institute, 2Ritek, Taiwan)
In this paper, we introduce a positive-type inorganic
resist as a mask and use the Reactive Ion Etching (RIE)
process to transfer the pattern into a pre-deposited
silicon thin film on the substrate.
Tu-H-05
High Resolution Image Restoration Method for Page
based Holographic Data Storage System
N. Kim1, P. Yoon2, S. Lim1, J. Kim1, K.-S. Park1,
N.-C. Park1, H. Yang1, Y.-P. Park1 (1Yonsei Univ.,
2
Samsung Electronics, Korea)
Proposed method is able to generate high resolution
CMOS detected data image virtually. The virtual
detected data image with high resolution has a goodreconstruction quality compared with the retrieved data
image from HDS system.
Tu-H-06
Sensorless Permanent Magnet Synchronous Motor
Speed Control with a H∞ Observer
H.-H. Chou1, S. Cheng2, C.-M. Ting1 (1Intelligent
Machinery Tech., 2Nat'l Chiao-Tung Univ., Taiwan)
This paper derives and proves the convergence of H∞
observer to realize the sensorless PMSM speed control.
The observer guarantees the gain for the worst-caseestimation error is within the index range of design
performance.
Tu-H-07
Evaluation of Statistical Analysis Method for Optical
Disks Life Expectancy
M. Irie1, Y. Tani1, T. Yamazaki1, Y. Okino2, T. Kubo3(1Osaka Sangyo Univ., 2Kansai Univ., 3T. KUBO Eng.
Sci. Office, Japan)
We discuss some statistical analysis method for the life
expectancy of optical disks using an archival digital
image in order to apply a rigorous clarification ofarchival grade disks.

-28-

Tu-H-08
Extending the Sensing Range of Refractive Index for
Radial Polarization Enabling Wide-Field SPR
SensorT.-H. Lan, Y.-K. Chung, C.-H. Tien (Nat'l Chiao Tung
Univ., Taiwan)
We utilize sandwiched structure to extend the sensing
range of a radial polarization Wide-Field SPR Sensor aswell as elicits transformed SPR mode within all visible
range.
Tu-H-09
Simulation Method for Measuring the Displacement
and Angle with a DVD Pickup Head
W.-S. Sun, Y.-N. Lin, J.-Y. Chang (Nat'l Central Univ.,
Taiwan)We develop a fiber coupled laser pickup head formeasuring the tilt angle and displacement on a test
plane. Two optical design software packages, Code V
and LightTools, are used in this study.
Tu-H-10
Speckle-Multiplexing Technique for Holographic
Memory using a Random Phase Filter and a
Polymer-Dispersed Liquid Crystal Filter
W. Hu1, T. Hasagawa1, T. Sekiguchi2, S. Honma1(1Univ. of Yamanashi, 2NEC Networks & System
Integration, Japan)
We propose new method to increase recording density
using the combination of a PDLC filter and a random
phase filter. We experimented on holographic recordingand estimated the shift and the applied voltage
selectivity.
Tu-H-11
Nonlinear Equalization for Super-RENS Disc usinga Simplicial Canonical Piecewise-Linear Model
M. Seo, S. Jeon, S. Im (Soongsil Univ., Korea)
In this paper, we proposed a SCPWL model-based
equalizer for the super-RENS read-out signal tomitigate the nonlinear ISI. The experiment results
verified that the proposed scheme could efficiently
improve the performance of super-RENS systems.

-29-

Tu-H-12
Axial Vibration Characteristics Considering a
Moving Pick-up of a Optical Flexible Disk System
J. H. Jo, Y.C. Rhim (Yonsei Univ., Korea)
The effects of pickup window on the stability of flexible
disk are investigated numerically and experimantally.
Tu-H-13The Experimental Result of the Collinear
Holographic Storage System
C.-Y. Cheng, Y.-W. Yu, C.-C. Sun (Nat'l Central Univ.,
Taiwan)The holographic data storage system is one of the methods
which can enhance the capacity of the storage system. In
this paper, we show the experimental and simulation
results of the collinear holographic storage system.
Tu-H-14
Near-Field Optical Recording with Numerical
Aperture of 1.85
J.-H. Kim, S.-H. Lee, J.-S. Lee, B.-S. Kwak, J.-K. Seo,
J.-J. Lee, B.-H. Min (LG Electronics, Korea)
The recording and readout characteristics of highdensity rewritable NFR with NA of 1.85 using
advanced type SIL and high refractive index cover-layer
will be discussed.
Tu-H-15
Neural Network Equalizer Matched to Recording
Code in Holographic Data Storage
H. Osawa, S. Natsui, Y. Okamoto, Y. Nakamura (Ehime
Univ., Japan)
A simplification method of neural network equalizer(NNE) matched to 5-9 recording code in holographic
data storage is proposed. A 40 percent reductions in thenumber of connections of NNE is attained without
performance degradation.
Tu-H-16
Air Gap Control Algorithm Technologies for HighNA Near-Field Storage System using Solid
Immersion Lens
J.-G. Kim, H.-W. Hwang, N.-C. Park, H. Yang,
Y.-P. Park (Yonsei Univ., Korea)-30-

This paper describes improved precision air gap control
algorithm for near field storage system using an
advanced control method. By applying proposed gap
servo system, control performance of external
disturbance rejection is in creased effectively.
Tu-H-17
New Coding Method by Multi-Resolution for HighDensity Recording in Holographic Data Storage
M. Shigaki, K. Nitta, O. Matoba (Kobe Univ., Japan)
We propose a new data coding method by using
multi-resolution with phase modulation for holographic
memory. We show that 3:9 coding with phasemodulation gives the highest coding efficiency of 0.78.
Tu-H-18
Soft-Decoding Algorithm of 3/4 Tone-Controllable
Code with LDPC code for Holographic Data Storage
D. Park, J. Lee (Soongsil Univ., Korea)
The input of LDPC decoder prefers the soft values ofthe modulation decoder rather than hard decision data.
Therfore, we propose a soft-decoding algorithm for the
3/4 TC code for better decoding performance.
Tu-H-19
Simple Readout Channel Model of Super-RENS
Disk System
T. Tanabe, H. Igawa, K. Suzuki, T. Ansai (Ibaraki Nat'l
College of Tech., Japan)
The readout channel response of the Super-RENS disk
is investigated by using pseudorandom sequence and asimple readout channel model is proposed.
Tu-H-20
An EM based Adaptive Threshold Detection
Algorithm for Multi Level Holographic Data
Storage
J. Kim, J. Lee, T. Park, S. Im (Soongsil Univ., Korea)
EM algorithm is applied to the estimation of multipath
channel, joint symbol detection and timing offset
estimation problem, and the processing of the hidden
Markov models in the speech recognition.

-31-

Tu-H-21
Ge/CuSi Bilayer Thin Film for Write-Once Blue
Laser Optical Recording Media
S.-L. Ou1, P.-C. Kuo1, D. Chiang2, W.-T. Tang3,
H.-F. Chang4, C.-Y. Yeh4 (1Nat'l Taiwan Univ., 2Nat'lApplied Research Laboratories, 3Nat'l Tsing Hua Univ.,
4
CMC Magnetics, Taiwan)
The microstructures and recording properties of the
Ge/CuSi bilayer film had been studied. The reflectivity
change occurred at 180 °C ~ 280 °C and 320 °C ~ 350°C evaluated by the thermal analysis.
Tu-H-22
Diffraction Efficiency in One-step Reflection
Disk-type Multiplex Hologram
Y.-S. Cheng, C.-H. Chen, P.-J. Chen (Nat'l Central
Univ., Taiwan)
In this paper, diffraction efficiency of themultiple-exposure disk-type hologram as comparedwith that of the single-exposure condition isdemonstrated. Through the experimental results,
suitable exposure energy for disk-type multiplex
hologram can be determined.
Tu-H-23
VHOE based Sub-Pixel Position Sensor
Y.-W. Yu1, T.-C. Teng2, C.-S. Wu1, C.-C. Su1 (1Nat'lCentral Univ., 2Nat'l Taiwan Normal Univ., Taiwan)
We proposed a volume holographic optical element(VHOE) which is one-dimensional point-to-pointsarray imaging. Using CCD to detect the shifting points
array, sub pixel of shift resolution can be achieved.
Tu-H-24
Fabrication of Magneto-Optical Kerr Microscopy
with ns-Temporal and GHz-Frequency Resolution
S.-H. Lee, J.-H. Shim, H.-G. Piao, D.-H. Kim(Chungbuk Nat'l Univ., Korea)
We report a fabrication of the magneto-optical Kerr
microscopy combined with fast-gated CCD and thebroadband spectrum analyzer.
Break (15:30-16:00)-32-

I: Poster Session II (16:00-17:30)
Presiders: M. Irie (Osaka Sangyo Univ., Japan)
T. Shintani (AIST, Japan)
Tu-I-01
Talbot Patterns on Nanometer Permalloy Gratings
C.-Y. Kuo1, H.-M. Lee1, C.-T. Chao1, T.-H. Wu2,
J.-C. Wu1 (1Nat'l Changhua Univ. of Education,
2
Nat'l Yunlin Univ. of Science and Tech., Taiwan)
The Talbot images are studied using surface plasmon
polariton launching permalloy gratings. The transversal
intensity distributions at approximately half Talbot
distance are clearly observed by near-field scanning
optical microscopy as well as finite element simulation.
Tu-I-02
High Speed Dual-Layer Blu-ray Recordable Disc
without Silver/Silver Alloy Semi-Reflective Layer
Y.-R. Kuo, Y.-H. Hung, C.-P. Li, Y.-K. Huang,
K.-L. Li (CMC Magnetics, Taiwan)
In this paper, a design of dual-layer BD-R without
metal semi-reflective layer is introduced, which
achieves the desired performance and provides thepossibility of simplified mass production configuration.
Tu-I-03
Investigation of Pulse Recording Characteristics in
Holographic Memory
J. Nishide, A. Goto, S. Yoshida, M. Yamamoto (Tokyo
Univ. of Science, Japan)
We simulated the formation of diffraction gratings byusing a diffusion model and analyzed the diffraction
characteristics by the beam propagation method; wealso examined the characteristics of pulse recording by
read/write simulation.
Tu-I-04
Effect of Light Exposure on the Characteristics of
Optical Recording Media
D.-R. Huang1, J.-X. Lin1, J.-S. Chen2, M.-Y. Lin2,
J. Tsai2, H.-W. Wu2 (1Nat'l Dong Hwa Univ.,
2
Industrial Tech. Research Institute, Taiwan)
The characteristics of recordable discs under long timelight exposure may be defected seriously. Generally, the-33-jitter values are increased as the light exposure time isincreased, but the increased rates of jitter are different.
Tu-I-05
Application of Herringbone Groove Bearing to a
Slim Type Optical Disk Drive for the Reduction of
Warpage, Noise Level, and Vibration of the Rotating
Disk
J. H. Seo, M. H. Choi, Y. C. Rhim (Yonsei Univ.,
Korea)
Herringbone grooves are applied to the top cover of theslim type ODD to reduce noise and vibration.
Geometric effects of herringbone grooves areinvestigated numerically and experimentally.
Tu-I-06
Application of HIT Solar Cell on Photo-Detectors
C.-Y. Wei, C.-H. Lin (Nat'l Dong Hwa Univ., Taiwan)
We use the high efficiency HIT structure forapplications on photo-detectors. We have investigated
the relation between material thickness and responsivity.
The thickness of a HIT photodetector should depend on
the detection wavelength we desired.
Tu-I-07
Evaluation Method of an Influence of Wavefront
Aberration on Signal Quality in Holographic
MemoryA. Nakajima, K. Akieda, T. Ohori, K. Katakura,
M. Yamamoto (Tokyo Univ. of Science, Japan)
One of the problems that affects the practical use ofholographic memory is deterioration of reproduced
images due to aberration in the optical system. The
possibility of using liquid crystals for aberration control
is investigated.
Tu-I-08
Magneto-Dielectric Relaxation Behavior of
E7-Liquid Crystal
C.-M. Fu1, C.-W. Tseng2, L.-C. Huang1, M.-F. Kuo1,
C.-W. Lee1, C.K. Lo2 (1Nat'l Taiwan Univ., 2Nat'lTaiwan Normal Univ., Taiwan)
The magneto-dielectric relaxation behavior of
E7-Liquid Crystal under external magnetic field was-34-studied in this work through the dynamic dielectric
analysis. Further analysis implies that this result may be
applicable for optoelectronic or storage devices.
Tu-I-09
Development of the Precision Long-Stroke 3-DOF
Nano-Stage for the Photonic Crystal Process
W.-Y. Jywe1, C.-T. Yang2, J.-C. Shen1, C.-C. Huang2,
C.-H. Wu1, C.-Y. Chen2 (1Nat'l Formosa Univ.,
2
Industrial Tech. Research Institute, Taiwan)
This paper presents a precision long-stroke 3-DOF
nano-stage for the nano photonic crystal process. It
integrates a linear motor driven long-stroke stage, apiezoelectric driven 3-DOF nano stage, multi-DOF
laser interferometer measurement system.
Tu-I-10
Design of Reference Pattern and Input Phase Mask
for Coaxial Holographic Memory
Y. Saita, T. Nomura, E. Nitanai, T. Numata (Wakayama
Univ., Japan)
Design methods of both a reference pattern and an input
phase mask for a coaxial holographic memory areproposed. Experimental verification of them are shownto confirm the proposed method.
Tu-I-11Development of Plane Inclination Detection for
Coaxial Holography Data Recording System using
Patterns Variation
S. Cheng, C.H. Lin (Nat'l Chiao-Tung Univ., Taiwan)
This paper presents a new detection method for coaxial
holography data recording system which estimates the
direction and the angle of the disc plane inclination by
calculating the area variation of the micro patterns.
Tu-I-12
Unitary Photodetector Compatible Optical Pickup
Head for Blu-ray Disc, Digital Versatile Disc, andCompact Disc Systems
W.-S. Sun, Y.-N. Lin, J.-Y. Chang (Nat'l Central Univ.,
Taiwan)We present a unitary photodetector compatible optical
pickup head design for Blu-ray Disc, DVD, and CD-35-

systems. We make three laser diodes, holographic
optical element and one photodetector be encapsulated
within an integrated optical unit.
Tu-I-13
Parallel Signal Readout for Roll-type Optical
Advanced Memory
M. Tsuji1, T. Tsukamoto1, W. Inami1, Y. Kawata1,
M. Ito2 (1Shizuoka Univ., 2Lintec, Japan)
We propose a one-dimensional parallel readout forroll-type optical advanced memory. Since signals areread out in parallel, the readout system that we
proposed can increase data transfer rate compared withcurrently available system.
Tu-I-14Full Motion Analysis for Holographic Memory by
Three-Dimensional Fast Fourier Transform
Beam-Propagation Method
A. Okamoto1, J. Tanaka1, H. Funakoshi2, A. Tomita1,
A. Shibukawa1 (1Hokkaido Univ., 2Gifu Univ., Japan)
In full motion analysis by FFT-BPM for the collinear
holographic memory, recording of 63 two-dimensional
data pages from three color JPEG images andreconstructions are simulated. The relation between
multiplicity and SNR is clarified quantitatively.
Tu-I-15
Validation of Macroscopic Shrinkage Model of
Photopolymer for Holographic Memory Simulator
using Angular Multiplexing
M. Shigaki, K. Nitta, O. Matoba (Kobe Univ., Japan)
We show the effectiveness of the macroscopic
shrinkage model of photopolymer by comparing thetheoretical analysis based on wave-vector diagram forholographic memory with angular multiplexing.
Tu-I-16
Error Correcting 6/8 Modulation Code for Reducing
Two-Dimensional Intersymbol Interference
K. Shin, J. Kim, J. Lee (Soongsil Univ., Korea)
We propose an error correcting 6/8 modulation code forholographic data storage.

-36-

Tu-I-17
PRML System for Two-Photon Absorption
Recording
Y. Nakamura, K. Okinaka, Y. Okamoto, H. Osawa(Ehime Univ., Japan)
The performances of the PRML systems are evaluatedin a two-photon absorption recording channel model.
The results show that the PR (1,2,2,2,1) ML system has
the better performance compared with the PR (1,2,2,1)
ML system.
Tu-I-18
Design of Copying System for Reflection Disk-type
Multiplex Hologram
C.-H. Chen, Y.-S. Cheng (Nat'l Central Univ., Taiwan)
Using the symmetric property of diffracted image rays
generated from 360-degree viewable disk-type
multiplex hologram, we propose a stable optical system
for holographic copying as reflection hologram.
Tu-I-19
Phase Transition Mastering Technology for
BD-Recordable Stamper
C. C. Chang1, J. P. Chen2, K. C. Chiu2, C. W. Chen1,
W. H. Wang1 (1Ritek, 2Industrial Tech. ResearchInstitute, Taiwan)
This study show that BD-R stamper with inorganic
resist depth smaller than 25nm can be successful
manufacture by means of a designed three layer stack.
Tu-I-20
Iterative Decoding Between 2D SOVA and Error
Correcting Modulation Code on Holographic Data
Storage
J. Kim, J. Lee (Soongsil Univ., Korea)
We propose an iterative decoding method between 2D
soft output Viterbi algorithm (SOVA) that is channel
detector and error correcting modulation code onholographic data storage.
Tu-I-21(k, k+1) Tone-Controllable Codes for Holographic
Data Storage
K. Lim, D. Park, J. Lee (Soongsil Univ., Korea)-37-

We propose the (k, k+1) tone-controllable codes thatcan easily change the ratio of ON and OFF pixels in a
page.
Tu-I-22
Study of Laser Forward Patterning of Ge2Sb2Te5
Phase-Change Thin Film
M. L. Tseng1, B. H. Chen1, C. H. Chu2, C. M. Chang1,
W. C. Lin1, H.-P. Chiang2, D. P. Tsai1 (1Nat'l Taiwan
Univ., 2Nat'l Taiwan Ocean Univ., Taiwan)
We utilize femto-second laser induced forward transfer
method to deposit phase-change material Ge2Sb2Te5
pattern. The phase composition and formation of
Ge2Sb2Te5 patterns are analyzed by various incident
conditions.
Tu-I-23
Thermal Lithography using GeSbSn Oxide as
Photoresist material
C.-T. Yang1, C.-T. Cheng1, S.-W. Chen2, D. Chiang3(1Industrial Tech. Research Institute, 2Nat'l Synchrotron
Radiation Research Center, 3Nat'l Applied ResearchLaboratories, Taiwan)
We introduce a new GeSbSn oxide as photoresist
material and design an experimental procedure toevaluate the potential candidate materials, which aresuitable for thermal lithography applications.
Tu-I-24
A Tunable Localized Surface Plasmon Resonancebased on Gold Pillar Array Containing Liquid
CrystalJ.-H. Shyu, Y.-C. Lin, H.-M. Lee, C.-T. Hsieh,
C.-Y. Huang, J.-C. Wu (Nat'l Changhua Univ. of
Education, Taiwan)
We demonstrate a tunable localized surface plasmon
resonances device based on a gold pillar array in an
ITO glass cell and infiltrated with nematic liquid crystal
and investigation of varying external voltage bias.
Break (17:30-19:00)-38-

J: Night Session
Presiders: S. Tanaka (Pioneer, Japan)
K. Sano (Panasonic, Japan)
Tu-J-01(19:00) Introduction to the New Keynote of ISOM
M. Shinoda (ISOM Steering Committee, Japan)
Tu-J-02 (Invited)(19:10) Internet Traffic and Network Energy Bottleneck
T. Hasama, H. Ishikawa (AIST, Japan)
The continuance of the present Internet traffic growthrate would result in network equipment power
consumption above the total electricity generated inJapan in 2030. We propose 'optical path network' toovercome this energy bottleneck.
Tu-J-03 (Invited)(19:35) Development of Optically Reconfigurable Gate
ArraysM. Watanabe (Shizuoka Univ., Japan)
This paper introduces optically reconfigurable gatearray (ORGA) developments which can realize
nanosecond-order reconfiguration capability along withnumerous reconfiguration contexts by combining aholographic memory with a programmable gate array.
Tu-J-04 (Invited)(20:00) Detection of Structural Defects of Extremely Low
Concentrations in Commercial Synthetic Silica
Glass
M. Ono, T. Ogawa, A. Koike, M. Takata (Asahi Glass,Japan)
Highly-sensitiveelectron-spin-resonanceandphotoluminescence measurements revealed that theconcentrations of the intrinsic structural defects insynthetic silica glass, AQ, were less than 1013 pcs/cm3.
Together with extreme purity, absorption coefficient at
193 nm reached to 10-5 cm-1.

-39-

October 27, 2010 (Wednesday)
K: Taiwan's Special Session
Presiders: D.-R. Huang (Nat’l Dong Hwa Univ., Taiwan)
T.-H. Wu (Overseas Chinese Univ., Taiwan)
We-K-01 (Invited)(8:30) Development of Blue Laser Direct Write
Lithography System for Periodic Nano Patterning
Applications
C.-T. Yang1,2 (1EOL, 2ITRI, Taiwan)
The aim of this study is to develop thermal mode
lithography process as well as a blue laser direct write
lithography system equipped with a nano-positioning
XY stage for arbitrary, highly ordered nanostructured
pattern fabrication applications.
We-K-02 (Invited)(8:55) Development of the Precision Long-Stroke 3-DOF
Nano-Stage for the Photonic Crystal Process
W.-Y. Jywe (Nati'l Formosa Univ., Taiwan)
A precision long-stroke three DOF nano-stage for thenano photonic crystal process is presented, which
integrates a long-stroke stage, a three DOF nano stage,a multi-DOF laser interferometer measurement system.
With this precision nano-stage, the laser direct writing
system can improve the process speed and generate thearbitrary patterns.
We-K-03 (Invited)(9:20) Real-Time Detection of Linear and Angular
Displacement with an ADS
E.-T. Hwu1,2 (1Surface and Nano Science Lab.,
Academia Sinica, Taiwan)

2

We demonstrate that an astigmatic detection system(ADS), constructed with a modified digital-versatiledisk (DVD) optical head, can achieve real-timemeasurement of a linear displacement and twodimensional tilt angles with high sensitivity.

-40-

We-K-04 (Invited)(9:45) Low-Cost Design for Flash-Memory Storage
Systems
J.-W. Hsieh (Nat'l Taiwan Univ. of Science andTechnology, Taiwan)
This talk presents a series of low-cost designs forvarious flash-memory storage systems, including a
configurable management scheme to balance between
cost and paerformance, a set-based strategy forreclaiming downgraded chips, and an on-demandhash-based scheme for huge-capacity systems.
Break (10:10-10:30)
We-K-05 (Invited)(10:30) Cloud Storage Architecture
T.-C. Chiueh1,2 (1CCMA, 2ITRI, Taiwan)
Cloud-scale data centers demand a scalable and highly
available storage system solution that meets thepersistence requirement of the applications and services
running on top of them. To achieve the kind of
scalability and availability as demanded by cloud data
centers, cost-effective data replication and dynamic
storage tiering are two key building blocks. In this talk,I will describe the integrated storage architecture usedin ITRI’s Cloud OS 1.0, and explain its design rationale
and detailed tradeoffs.
We-K-06 (Invited)(10:55) Virtual Network Design in Taiwan UniCloud
R.-S. Chang (Nat'l Dong Hwa Univ., Taiwan)
Many universities in Taiwan are joining forces to build
a university cloud, called Taiwan UniCloud. Since theresources are dispersed remotely, a virtual network
design is very important. In this talk, we introduce thedesign principles of virtual networks in Taiwan
UniCloud.
We-K-07 (Invited)(11:20) Cloud Computing: Quanta Perspectives
T. Chang (Quanta Computer, Taiwan)
Quanta is the world's largest ODM company withproducts ranging from smartphone, PND, notebook PC-41-

to data center solutions. In 2020, Quanta set her next
vision on the new 3C (Cloud Computing, Connectivity
and Client Devices) area. In this talk, we shall discuss
how 3C technology revolution change the digitalknowledge economics.
We-K-08 (Invited)(11:45) Instant Read after Write Technology of Solid State
Drive for Cloud Data Center
G.-Z. Wu1,2 (1EOL, 2ITRI, Taiwan)
Cloud data centers provide huge data transmission
service with instant data validation. New solid statedrives equipped with instant read after write function
was proposed to break the technology bottleneck ofcloud data storage devices.
Lunch (12:35-14:00)

Technical Tour (14:00-18:00)-42-

October 28, 2010 (Thursday)
L: High Density II "Volume Recording"Presiders: T. Shimano (Hitachi Maxell, Japan)
M. Gu (Swinburne Univ. of Tech., Australia)
Th-L-01 (Invited)(8:30) Visible Laser Beam Excitable Efficient Two-Photon
Absorption Materials
J. Kawamata (Yamaguchi Univ., Japan)
Recent two-photon absorption (TPA) materials obtainedusing novel material design strategies exhibit efficient
TPA even by a visible laser beam excitation. Suchmaterials will be outlined.
Th-L-02 (Invited)(8:55) Microholographic Recording Toward Green Storage
Systems
R. Katayama (NEC Avio Infrared Tech, Japan)
Several elemental technologies for microholographic
recording toward large-capacity, high-reliability, andlow-power-consumption professional storage systems,
including electrical beam control, in-plane error signal
detection, single-sided optics, and wavelength andangle multiplexing, will be described.
Th-L-03(9:20) Void Type Micro-Reflector Recording using an
All-semiconductor picosecond Laser
H. Yamatsu1, Y. Takemoto1, S. Tashiro1, G. Fujita1,
T. Miura1, T. Iwamura1, H. Uchiyama1, K. S. Yun2
(1Sony, 2Sony Chemical & Information Device, Japan)
We successfully demonstrated void type Micro-reflector
recording using our drive system with sphericalaberration compensator, recording medium which
exhibits
non-linear
absorption,andanall-semiconductor picosecond laser as a light source.
Th-L-04(9:40) Analysis of Phase Multi-Level Recording in
Microhologram
T. Ide, H. Mikami, K. Osawa, K. Watanabe (Hitachi,-43-

Japan)This paper presents results on the characterization ofphase signal detected from microholograms byphase-diversity homodyne detection comparing to thatof BD-ROM and shows microhologram is suitable forphase multi-level recording.
Th-L-05(10:00) Disk Focusing Error Detection Method in
Microholographic Data Storage System using
Polarization Characteristics
C.-H. Im, S.-H. Lee, T. Kim, N. Kim, N.-C. Park,
H. Yang, Y.-P. Park, K.-S. Park (Yonsei Univ., Korea)
Readout efficiency in microholographic data storage
system is rapidly decreased as a beam is defocusedfrom a center of microholograms. We proposed disk
focusing error detection method with a single laserusing polarization characteristics.
Th-L-06 (Invited)(10:20) A Proposal of a Design Principle of Super-Multilayer
Media
T. Kikukawa, M. Inoue, A. Kosuda, T. Ushida (TDK,Japan)
We propose a novel media structure with a novel opticaldesign that has ten layers. By adopting of the novel
optical design, the media structure becomes simpler,which makes the super-multilayer technology morepractical.
Th-L-07(10:45) 16 Layers Write Once Disc with a Separated Guide
Layer
M. Ogasawara1, K. Takahashi1, M. Nakano1, M. Inoue2,
A. Kosuda2, T. Kikukawa2 (1Pioneer, 2TDK, Japan)
We developed the new multi-layer write-once discwhich consists of the separated guide layer and 16
recording layers made of high transmittance material.
Sufficient recorded signal quality was confirmed
through the experiments.
Break (11:05-11:25)-44-

M: High Density III "Hologram"Presiders: T. Shimura (Univ. of Tokyo, Japan)
C.-C. Sun (Nat’l Central Univ., Taiwan)
Th-M-01(11:25) Investigation and Reduction of Signal Deterioration
Caused by Submicron Vibration on Holographic
Data Recording
T. Usui, K. Watabe, H. Okano, A. Ogawa, Y. Ueda,
S. Tatsuta, Y. Kubota (Toshiba, Japan)
We present an analytical and experimental investigationof reconstructed signal deterioration caused byvibration-induced holographic recording and the writing
method to preclude vibration disturbances during therecording process using displacement-based gating
exposure.
Th-M-02(11:45) Estimation of the Signal to Noise Ratio and M/#
Consumption of the Collinear Holographic Memoryfor High Density Recording
T. Shimura, J. Tottori, R. Fujimura, K. Kuroda (The
Univ. of Tokyo, Japan)
Numerical simulations of the collinear holographic
memory are carried out. SNR of 1.5 was obtained for 5
TByte/disk density and M/# consumption is strongly
depends on the white rate of the SLM pixels.
Th-M-03(12:05) Angle Scheduling for Divided Datapage Regions inAngular Multiplexing Holographic Memory
N. Kinoshita1, T. Muroi1, N. Ishii1, K. Kamijo1,
N. Shimidzu1, T. Ando2, K. Masaki2, T. Shimizu2(1NHK, 2Nippon Steel Chemical, Japan)
We present a method that divides a datapage region into
two and determines the angular intervals for eachregion. The experiment resulted in improving thenumber of anglular multiplexing with low bit-error
rates.
Lunch (12:25-13:55)-45-

N: High Density IV "Hologram"Presiders: O. Matoba (Kobe Univ., Japan)
T. R. Jeng (ITRI, Taiwan)
Th-N-01(13:55) Evaluation of Storage Capacity by Confocal
Reflection-type Holographic Memory System with
Speckle Shift Multiplexing
R. Hiramatsu, Y. Yonetani, K. Nitta, O. Matoba (KobeUniv., Japan)
In this paper, we propose a method to improve thestorage capacity by introducing a confocal system in thereflection-type holographic memory system. The
effectiveness of the confocal system in achievablestorage capacity is presented.
Th-N-02(14:15) Symbol Error Rate Characteristics ofHybrid-Modulated Holographic Data Storage with
Multi-Phase and 2/4 Intensity Modulation Code
M. Takabayashi1, A. Okamoto1, A. Tomita1, M. Bunsen2(1Hokkaido Univ., 2Fukuoka Univ., Japan)
We clarified SER characteristics of hybrid modulation
with multi-phase and 2/4 intensity-only modulation. As
a result, by hybrid modulation, data density per a pageincrease 3 times compared to only use of 2/4 intensity
modulation.
Th-N-03(14:35) Low Inter-page Crosstalk Recording by Multi-Layer
Collinear Holographic Memory
A. Shibukawa1, A. Okamoto1, A. Tomita1,
M. Takabayashi1, K. Sato2 (1Hokkaido Univ.,
2
Hokkai-Gakuen Univ., Japan)
We demonstrated that low inter-page crosstalkrecording can realized by controlling the number ofshift multiplexing along in-plane direction andmulti-layered along optical axis direction in multilayer
collinear holographic memory.

-46-

Post Deadline Papers (14:55-15:55)
Presiders: R. Katayama (NEC Avio Infrared Tech., Japan)
J. Tominaga (AIST, Japan)
The best 4 post deadline papers are orally presented.

Award & Closing (15:55-16:15)
Presiders: Y. Kawata (Shizuoka Univ., Japan)
D. P. Tsai (Nat’l Taiwan Univ., Taiwan)
Program Committee, Co-chairpersons
M. Irie (Osaka Sangyo Univ., Japan)
T. Kikukawa (TDK, Japan)
T. Shintani (AIST, Japan)
Program Committee, Vice-co-chairs-47-

AUTHORS INDEX
Cheng, Y.-S.

A
Akieda, K.
Aman, Y.
An, C.
Ando, T.
Ansai, T.
Asplund, M. C.

Tu-I-07
Mo-C-04
Mo-D-04Th-M-03
Tu-H-19
Tu-G-05

Chia, C.W.
Chiang, D.
Chiang, H.-P.
Chiou, J.-C.
Chiu, K. C.
Chiu, Y.
Chiueh, T.-C.
Choi, M.H.
Chong, T.C.
Chou, H.-H.
Chu, C.H.

B
Bain, J. A.
Birukawa, M.
Black, E. J.
Bunsen, M.

Tu-F-01
Mo-D-03
Tu-F-01
Th-N-02

C
Chang, C. C.
Chang, C.M.
Chang, H.-F.
Chang, J.-Y.
Chang, R.-S.
Chang, T.
Chao, C.-T.
Chen, B.H.
Chen, C. W.
Chen, C.-H.
Chen, C.-W.
Chen, C.-Y.
Chen, F.H.
Chen, H.-H.
Chen, H.W.
Chen, J. P.
Chen, J.-P.
Chen, J.-S.
Chen, P.-J.
Chen, S.-W.
Cheng, C.-T.
Cheng, C.-Y.
Cheng, S.

Tu-H-22
Tu-I-18
Mo-D-04
Tu-H-21
Tu-I-23
Tu-I-22
Tu-F-05
Tu-I-19
Tu-F-05
We-K-05
Tu-I-05
Mo-D-04
Tu-H-06
Tu-H-03
Tu-I-22
Tu-G-04
Tu-G-04
Tu-H-08

Chu, H.M.
Chung, T.Y.
Chung, Y.-K.

Tu-I-19
Tu-H-04
Tu-I-22
Tu-H-21
Tu-H-09
Tu-I-12We-K-06
We-K-07
Tu-I-01
Tu-H-03
Tu-I-22
Tu-I-19
Tu-H-22
Tu-I-18
Tu-H-04
Tu-I-09
Tu-H-03
Tu-H-04
Tu-H-03
Tu-I-19
Tu-H-04
Mo-B-02
Tu-I-04
Tu-H-22
Tu-I-23
Tu-H-04
Tu-I-23
Tu-H-13
Tu-H-06
Tu-I-11

D
Davis, R. C.

Tu-G-05

E
Eason, K.

Tu-G-02F
Fu, C.-M.
Fu, Y.H.
Fujimura, R.
Fujita, G.
Funakoshi, H.

Tu-I-08
Tu-H-03Th-M-02Th-L-03
Tu-I-14G
Goto, A.
Gu, M.

Tu-I-03
Mo-D-01

H
Hansen, D. P.
Hasagawa, T.
Hasama, T.
Hashizume, J.
Hayami, A.
Hiramatsu, R.
Hisada, K.
Honma, S.

-48-

Tu-G-05
Tu-H-10Tu-J-02
Tu-F-02
Mo-C-01
Th-N-01
Mo-D-03
Mo-E-03

Tu-H-10Tu-G-03
Tu-I-24
We-K-04
Tu-H-04
Tu-H-10
Tu-I-09
Tu-I-24
Mo-B-02
Tu-I-04
Mo-B-01
Tu-I-08
Tu-H-03
Tu-I-02
Tu-I-02
Mo-E-02
Tu-H-16
We-K-03

Horng, L.
Hsieh, C.-T.
Hsieh, J.-W.
Hsu, M.-F.
Hu, W.
Huang, C.-C.
Huang, C.-Y.
Huang, D.-R.
Huang, H.J.
Huang, L.-C.
Huang, L.H.
Huang, Y.-K.
Hung, Y.-H.
Hwang, H.
Hwang, H.-W.
Hwu, E.-T.

Kamijo, K.
Kanamaru, M.
Katakura, K.
Katayama, R.
Kawamata, J.
Kawano, N.
Kawata, Y.
Kikukawa, A.
Kikukawa, T.
Kim, D.-H.
Kim, J.-G.
Kim, J.-H.
Kim, J.
Kim, J.

Kim, N.

I
Ide, T.

Kim, T.
Kinoshita, N.
Koide, D.

Tu-F-02Th-L-04
Tu-H-19
Th-L-05
Tu-H-11
Tu-H-20
Tu-I-13
Th-L-06
Th-L-07
Tu-H-07
Tu-F-04Th-M-03
Tu-J-02
Tu-I-13
Mo-C-01Th-L-03

Igawa, H.
Im, C.-H.
Im, S.
Inami, W.
Inoue, M.
Irie, M.
Ishida, T.
Ishii, N.
Ishikawa, H.
Ito, M.
Itonaga, M.
Iwamura, T.

Koike, A.
Koike, T.
Kojima, R.
Kong, Y.
Kosuda, A.
Kubo, T.
Kubota, Y.
Kuo, C.-Y.
Kuo, M.-F.
Kuo, P.-C.
Kuo, Y.-R.
Kuroda, K.
Kurokawa, T.
Kwak, B.-S.

J
Jensen, D. S.
Jeon, S.
Jiang, G.
Jinno, S.
Jo, J. H.
Ju, J.-J.
Jywe, W.-Y.

Tu-G-05
Tu-H-11
Tu-G-05
Tu-G-01
Tu-H-12
Mo-B-02
Tu-I-09
We-K-02

L
Lan, T.-H.
Lee, C.-K.
Lee, C.-W.
Lee, H.-M.

Lee, J.

K
Kajiyama, T.

Th-M-03
Tu-F-02
Tu-I-07Th-L-02Th-L-01
Tu-F-04
Tu-I-13
Mo-C-02Th-L-06
Th-L-07
Tu-H-24
Mo-E-02
Tu-H-16
Tu-H-14
Tu-H-05
Tu-H-20
Tu-I-16
Tu-I-20
Tu-H-05
Th-L-05
Th-L-05
Th-M-03
Mo-C-03
Mo-C-04
Tu-J-04
Mo-E-01
Mo-D-03
Tu-F-01Th-L-06
Th-L-07
Tu-H-07
Th-M-01
Tu-I-01
Tu-I-08
Tu-H-21
Tu-I-02Th-M-02
Mo-C-02
Tu-H-14

Mo-C-04-49-

Tu-H-08
Mo-A-02
Tu-I-08
Tu-G-03
Tu-I-01
Tu-I-24
Tu-H-18
Tu-H-20

Lee, J.-J.
Lee, J.-S.
Lee, S.-H.
Lee, S.
Lee, Y.-C.
Li, C.-P.
Li, J. M.
Li, K.-L.
Li, Y.
Lim, K.
Lim, S.
Lin, C.-A.
Lin, C.-H.
Lin, C.H.
Lin, J.-X.
Lin, M.-Y.
Lin, W.C.
Lin, Y.-C.
Lin, Y.-N.
Linford, M. R.
Liu, J.-P.
Lo, C.K.
Lo, F.-H.
Lu, Z.H.
Lunt, B. M.
Lunt, B. M.
Luo, Y.

Tu-I-16
Tu-I-20
Tu-I-21
Tu-H-14
Tu-H-14
Tu-H-14
Th-L-05
Tu-H-24
Mo-B-02
Tu-I-02
Tu-G-02
Tu-I-02
Tu-H-01
Tu-I-21
Tu-H-05
Tu-F-05
Tu-I-06
Tu-I-11
Tu-I-04
Tu-I-04
Tu-I-22
Tu-I-24
Tu-H-09
Tu-I-12Tu-G-05
Tu-H-02
Tu-I-08
Mo-B-02
Tu-H-03
Tu-G-05
Tu-G-06
Tu-G-06
Tu-F-01

Miyazaki, T.
Mukoh, M.
Murakami, S.
Murata, K.
Muroi, T.

N
Nabata, Y.
Nakahara, H.
Nakajima, A.
Nakamura, Y.
Nakano, M.
Narumi, K.
Natsui, S.
Newman, D. M.
Nihei, H.
Nishide, J.
Nishimura, H.
Nishiyama, T.
Nitanai, E.
Nitta, K.

Nomura, T.
Numata, T.

Matozaki, T.
Matsuzaki, K.
Michinobu, T.
Mihara, T.
Mikami, H.
Min, B.-H.
Minemura, H.
Mishima, K.
Miura, T.

Mo-C-03
Tu-F-03
Tu-I-07
Tu-H-15
Tu-I-17
Th-L-07
Mo-D-03
Tu-H-15
Mo-B-03
Mo-B-04
Tu-I-03
Tu-F-04
Tu-F-04
Tu-I-10
Tu-H-17
Tu-I-15
Th-N-01
Tu-I-10
Tu-I-10O
Ogasawara, M.
Ogata, T.
Ogawa, A.
Ogawa, K.
Ogawa, T.
Ohishi, K.
Ohmaki, M.
Ohori, T.
Okada, Y.
Okamoto, A.

M
Masaki, K.
Matelon, R.J.
Matoba, O.

Mo-C-03
Tu-F-02
Tu-G-01
Tu-H-01Th-M-03Th-M-03
Mo-B-03
Tu-H-17
Tu-I-15
Th-N-01
Tu-F-03
Mo-C-01
Tu-H-01
Mo-D-03
Th-L-04
Tu-H-14
Mo-C-02
Tu-F-04
Th-L-03

Okamoto, Y.
Okano, H.
Okinaka, K.
Okino, Y.
Onagi, N.
Ono, M.
-50-

Th-L-07
Mo-C-03Th-M-01
Mo-A-01
Tu-J-04
Mo-C-03
Tu-F-03
Tu-I-07
Mo-E-03
Mo-B-04
Mo-E-03
Tu-I-14
Th-N-02
Th-N-03
Tu-H-15
Tu-I-17
Th-M-01
Tu-I-17
Tu-H-07
Mo-C-04
Tu-J-04

Osawa, H.

Tu-H-15
Tu-I-17
Th-L-04
Tu-H-21

Osawa, K.
Ou, S.-L.

Shimura, T.
Shin, K.
Shinoda, M.
Shiono, T.
Shyu, J.-H.

P
Park, D.

Tu-H-18
Tu-I-21
Mo-E-02
Tu-H-05
Th-L-05
Mo-E-02
Tu-H-05
Tu-H-16
Th-L-05
Tu-H-20
Mo-E-02
Tu-H-05
Tu-H-16
Th-L-05
Tu-H-24

Park, K.-S.

Park, N.-C.

Park, T.
Park, Y.-P.

Piao, H.-G.

Song, K.W.
Su, C.-C.
Sugawara, Y.
Sun, C.C.
Sun, C.-C.
Sun, W.-S.
Suzuki, K.

T
Takabayashi, M.

Takahashi, K.
Takano, Y.

R
Rhim, Y.-C.

Th-M-02
Tu-I-16
Tu-F-03
Tu-J-01
Mo-D-03
Tu-G-03
Tu-I-24
Mo-E-02
Tu-H-23
Tu-G-01
Tu-G-04
Tu-H-13
Tu-H-09
Tu-I-12
Tu-H-19

Takata, M.
Takemoto, Y.
Takeshita, N.
Takishita, T.
Tanabe, T.
Tanaka, J.
Tanaka, T.
Tang, W.-T.
Tani, Y.
Tashiro, S.
Tatsuta, S.
Teng, T.-C.
Tien, C.-H.
Ting, C.-M.
Toh, Y.T.
Tokumaru, H.

Mo-E-02
Tu-H-12
Tu-I-05

S
Saita, Y.
Tu-I-10
Saito, A.
Mo-C-01
Sato, K.
Th-N-03
Sato, Y.
Tu-F-04
Savage, L.
Mo-B-03
Sazawa, M.
Mo-C-03
Schlesinger, T. E. Tu-F-01
Sekiguchi, T.
Tu-H-10
Seo, J. H.
Tu-I-05
Seo, J.-K.
Tu-H-14Seo, M.
Tu-H-11
Shen, J.-C.
Tu-I-09
Shibukawa, A.
Tu-I-14
Th-N-03
Shigaki, M.
Tu-H-17
Tu-I-15
Shih, C.M.
Tu-G-04
Shih, H.-F.
Tu-F-05
Shim, J.-H.
Tu-H-24
Shimidzu, N.
Th-M-03
Shimizu, T.
Th-M-03

Tomita, A.

Tomita, H.
Török, P.
Tottori, J.
Tsai, D.P.

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Mo-E-03
Th-N-02
Th-N-03
Th-L-07
Mo-C-03
Mo-C-04
Tu-J-04
Th-L-03
Tu-F-03
Tu-G-01
Tu-H-19
Tu-I-14
Mo-D-02
Tu-H-21
Tu-H-07Th-L-03Th-M-01
Tu-H-23
Tu-H-08
Tu-H-06
Mo-D-04
Mo-C-03
Mo-C-04
Mo-E-03
Tu-I-14
Th-N-02
Th-N-03
Mo-D-03
Mo-D-05
Th-M-02
Mo-B-01
Tu-H-03

Tsai, J.
Tseng, C.-W.
Tseng, M.L.
Tsuboi, K.
Tsuji, M.
Tsukamoto, T.

Tu-I-22
Tu-I-04
Tu-I-08
Tu-I-22
Tu-H-01
Tu-I-13
Tu-I-13

Y
Yamada, N.
Yamamoto, M.
Yamaoka, N.
Yamatsu, H.
Yamauchi, Y.
Yamazaki, T.
Yang, C.
Yang, C.-T.

U
Uchiyama, H.
Ueda, Y.
Ushida, T.
Usui, T.
Utsunomiya, H.

Th-L-03Th-M-01Th-L-06
Th-M-01
Tu-F-04

Yang, H.

Yeh, C.-Y.
Yokogawa, F.
Yonetani, Y.
Yoon, P.
Yoshida, S.
Yu, Y.W.
Yu, Y.-W.

V
Vienne, G.

Mo-D-04
Tu-G-02W
Wang, W. H.
Wang, W.-C.
Washino, Y.
Watabe, K.
Watanabe, K.

Tu-I-19
Tu-H-04
Tu-H-01Th-M-01
Mo-C-02
Tu-F-02Th-L-04
Tu-J-03
Mo-B-03
Tu-I-06
Mo-B-02
Tu-I-09
Mo-B-01
Tu-G-04
Tu-H-23
We-K-08
Tu-I-04
Tu-G-03
Tu-I-01
Tu-I-24
Mo-A-01
Mo-B-01
Tu-I-01

Watanabe, M.
Wears, M.L.
Wei, C.-Y.
Weng, Y.-C.
Wu, C.-H.
Wu, C.-S. J.
Wu, C.S.
Wu, C.-S.
Wu, G.-Z.
Wu, H.-W.
Wu, J.-C.

Wu, M.-K.
Wu, N.-L.
Wu, T.-H.

Yun, K.S.

Z
Zhang, Q.

X
Xu, B.

Mo-D-03
Tu-I-03
Tu-I-07
Tu-G-01Th-L-03
Tu-F-02
Tu-H-07
Tu-I-23
Tu-I-09
We-K-01
Mo-E-02
Tu-H-05
Tu-H-16
Th-L-05
Tu-H-21
Tu-G-01
Th-N-01
Tu-H-05
Tu-I-03
Tu-G-04
Tu-H-13
Tu-H-23
Th-L-03

Mo-D-04-52-

Mo-D-04

ISOM’10 COMMITTEES
Organizing Committee
Co-Chairs:
Ogawa, K. (Univ. of Tokyo)
Huang, D.-R. (Nat'l Dong Hwa Univ.)
Exofficio:
Ito, R. (Meiji Univ.)
Mitsuhashi, Y. (JST)Onoe, M. (Univ. of Tokyo)
Sakurai, Y. (Osaka Univ.)
Toshima, T. (NTT Elec.)
Tsunoda, Y. (Hitachi)
Members:
Ishihara, H. (JSAP)
Itoh, K. (Osaka Univ.)
Iwanaga, T. (NEC)Kime, K. (Mitsubishi)
Kubota,Y. (Toshiba)
Kume, M. (Sanyo)
Matsumura, S. (Pioneer)
Miyajima, H. (MSJ)
Nakamura, M. (Hitachi)
Nishitani, K. (Sony)
Odani, Y. (OITDA)
Ohta, K. (Sharp)
Ohara, S. (Panasonic)
Shinoda, M. (Mitsubishi)
Tokumaru, H. (NHK)Yoshida, H. (Mitsubishi Chem.)

Advisory Committee
Chen, D. (Chen & Associates Consulting)Chin, T.-S. (Nat’l Feng Chia Univ.)
Fujimura, I. (Ricoh)
Fushiki, K. (Nikkei BP)
Goto, K. (Tokai Univ.)
Horng, H.-E. (Nat'l Taiwan Normal Univ.)
Ichioka, Y. (Nara Nat. College of Tech.)Imamura, N. (TeraHouse)-53-

Itoh, A. (Nihon Univ.)
Itoh, U. (AIST)
Kondo, T. (JVC)
Kubo, T. (T. Kubo Engineering Science Office)
Kubota, S. (Univ. of Tokyo)
Maeda, T. (JST)Mansuripur, M. (Univ. of Arizona)Mori, M. (NatureInterface)
Murakami, T. (OITDA)
Ohta, T. (Ovonic Phase-Change Lab.)
Ojima, M. (Hitachi)
Okino, Y. (Kansai Univ.)
Park, Y.-P. (Yonsei Univ.)
Saito, J. (Nikon)
Sugiura, S. (Pioneer)
Ukita, H. (Ritsumeikan Univ.)
Yao, Y.-D. (Acdemia Sinica)
Yokogawa, F. (Pioneer)

Steering Committee
Co-Chairs:
Shinoda, M. (Mitsubishi)
Lee, C. K. (ITRI)
Vice-Co-Chairs:
Ito, K. (Ricoh)
Murakami, Y. (Sharp)
Tsuchiya, Y. (Sanyo)
Members:
Aiba, M. (Sony)
Fujita, Y. (Nippon Sheet Glass)
Furuya, A. (NTT)
Katayama, R. (NEC Avio Infrared Tech.)
Kawata, Y. (Shizuoka Univ.)
Kobori, H. (Toshiba)
Marutani, Y. (Nichia)
Miyamoto, H. (Hitachi)
Sano, K. (Panasonic)
Tanabe, T. (Ibaraki Nat. College of Tech.)
Tanaka, S. (Pioneer)
Watanabe, E. (Univ. of Electro-Communications)-54-

Local Organizing Committee
Chair:
Huang, D.-R. (Nat'l Dong Hwa Univ.)
Members:
Chang, C.-R. (Nat'l Taiwan Univ.)
Chao, S. (Nat'l Ching Hua Univ.)
Chi, Jim Y. (Nat'l Dong Hwa Univ.)
Chiang, D. (ITRC)
Chung, Ryan (PIDA)
Fu, C.-M. (Nat'l Taiwan Univ.)
Kao, M.-J. (ITRI)
Kuo, P.-C. (Nat'l Taiwan Univ.)
Kuo, Y.-J. (CMC Magnetics)
Kuo, Y. K. (Nat'l Dong Hwa Univ.)
Lai, C. -H. (Nat’l Tsing Hua Univ.)
Liu, C.-P. (Yuan Ze Univ.)
Lin, C.-H. (Nat'l Dong Hwa Univ.)
Lin, K.-W. (Nat'l Chung Hsing Univ.)
Ma, Y.-R. (Nat'l Dong Hwa Univ.)
Wang, C.-M. (Nat'l Dong Hwa Univ.)
Wu, G.-Z. (ITRI)Wu, J.-C. (Nat'l Changhua Univ. of Education)
Wu, T.-H. (Overseas Chinese Univ.)

Technical Program Committee
Co-Chairs:
Kawata, Y. (Shizuoka Univ.)
Tsai, D. P. (Nat’l Taiwan Univ.)
Vice-Co-Chairs:
Irie, M. (Osaka Sangyo Univ.)
Kikukawa, T. (TDK)
Shintani, T. (AIST)
Members:
Chiu, Y. (Nat'l Chiao Tung Univ.)
Chong, C.-T. (DSI)
Gan, F. X. (CAS)
Hasegawa, S. (Fujitsu Labs.)
Higashino, S. (Sony)
Huang, D.-R. (Nat'l Dong Hwa Univ.)-55-

Ichiura, S. (Sanyo)
Itonaga, M. (JVC Kenwood)Jeng, T. R. (ITRI)
Kim, J.-H. (LG)Kim, J.-H. (Samsung)
Kim, Y.-J. (Yonsei Univ.)
Milster, T. (Univ. of Arizona)
Nakano, M. (Pioneer)
Okumura, T. (Sharp)
Park, I.-S. (Samsung)Park, N.-C. (Yonsei Univ.)
Schlesinger, T. (Carnegie Mellon Univ.)
Shih, H.-F. (Nat'l Chung Hsin Univ.)
Shimano, T. (Hitachi Maxell)
Shimura, T. (Univ. of Tokyo)
Shin, D.-H. (Samsung)Sun, C.-C. (Nat'l Central Univ.)
Takeda, M. (Kyoto Inst. of Tech.)
Tanaka, A. (Mitsubishi Chem.)
Tanaka, K. (Teikyo-Heisei Univ.)
Tatsuta, S. (Toshiba)
Tien, C.-H. (Nat'l Chiao Tung Univ.)
Tokumaru, H. (NHK)Tominaga, J. (AIST)
Tsujioka, T. (Osaka Kyoiku Univ.)
Ueyanagi, K. (Kyoto Univ.)
Wehrenberg, P. (Apple)
Wright, D. C. (Univ. of Exeter)
Yagi, S. (NTT)
Yamada, N. (Panasonic)
Yamanaka, Y. (METI)-56-

ACCESS TO HUALIEN, TAIWAN-57-

ACCESS TO PARKVIEW HOTEL* There are many kinds of train from Taipei / Kaohsiung to
Hualien, their service and comfort depend on the price. For
timetables and prices see http://train.twtraffic.com.tw/english/* NOTE: International participants may reserve train tickets(Taiwan Railway) on line, but have to pay "cash" and receive
train tickets in the counter of the main lobby of Taiwan Railway
Station. Your train tickets should be received within 3 days ofreservation. Please allow at least 1 hour for dealing with theticket in the station.

-58-

CITY AND HOTEL MAP-59-

CONFERENCE SITE FLOOR

-60-

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