ADVANCE PROGRAM

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

International Symposium on

Imaging,
Sensing, andOpticalMemory 2018
Kitakyushu International ConferenceCenter, Kitakyushu, Japan

Oct. 21 - Oct. 24, 2018
SPONSORED BY-The Optical Society of Japan(OSJ)COSPONSORED BY-The Japan Society of Applied
Physics (JSAP)-Optoelectronics Industry andTechnology Development
Association (OITDA)

FINANCIALLY SUPPORTED BY-The Takano Eiichi Optical Science
Funds-The Murata Science Foundation-Inoue Foundation for Science-Support Center for Advanced
Telecommunications Technology
Research, Foundation-Nippon Sheet Glass Foundation
for Materials Science andEngineering-Kitakyushu City

Deadlines
Post Deadline Papers:
Sep. 3, 2018
Advance Registration:
Oct. 8, 2018

http://www.isom.jp/
ver.2018.10.10

Symposium Schedule

9:00

SundayOct. 21

MondayOct. 22

Registration
15:00-17:20

Registration
8:30-13:00

9:00

Mo-A
Opening &Keynote
10:00

Mo-B
Nanophotonics
and Plasmonics
1

11:00

Break
Mo-C
Holographic
Memory
1

12:00

13:00

10:00

11:00

12:00

13:00

Lunch

14:00

Mo-D
Special Invited

15:00

Mo-E
Multimodal
Imaging and
Sensing (Special
Session)

16:00

14:00

15:00

16:00

Break
17:00

18:00

17:00

Mo-F
Digital
Holography
1

Get Together

18:00

19:00

19:00

20:00

20:00

21:00

21:00

-1-

Tuesday
Oct. 23

Wednesday
Oct. 24

9:00

Registration
8:30-13:00

Registration
8:30-12:00

10:00

Tu-G
Nanophotonics
and Plasmonics
2

We-K
Digital
Holography
2

9:00

10:00

Break
Break
11:00

11:00

Tu-H
Holographic
Memory 2

We-L
Computational
Imaging (Special
Session)

12:00

12:00

ISOM'19
Announcement &
Photo

13:00

13:00

Lunch
Lunch
14:00

15:00

14:00

Tu-I
Emerging
Technologies

We-M
Automotive

Break
16:00

Tu-J
Poster Session
Odd 15:30-16:30
17:00 Even 16:30-17:30

18:00

19:00

Break

We -N
Applications of
Holographic Optical
Elements (Special
Session)

15:00

16:00

We-PD
Post Deadline
Award & Closing

17:00

18:00

19:00

Banquet

20:00

20:00

21:00

21:00

-2-

WELCOME TO ISOM’18
WELCOME STATEMENT FROMTHE ORGANIZING COMMITTEECHAIRPERSONThe 28th ISOM (ISOM’18) will be heldin Kitakyushu, Fukuoka, Japan from
Oct. 21 to 24, 2018.
On behalf of the ISOM organizing committee, I am delighted
to welcome all of you to the ISOM’18 in Japan.
The last ISOM meeting held in Matsue, Japan was very
successful to share new developments of holographic
memories, digital holography, computational imaging, biosensing, display, nanophotonics and plasmonics, etc.
Last year, ISOM extended the conference scope to broader
optical fields and applications, and changed the conference
name as “International Symposium on Imaging, Sensing, andOptical Memory.” The new ISOM includes the fields ofimage sensing, medical and bio-optics, nano photonics,
information system, holographic technologies, as well as
optical memory. We believe that the change of ISOM
produces technological innovations in imaging and sensing
technologies, and many applications of optical memory
technologies in the fields of medical and bio-technologies,
image sensing, nanotechnologies, etc.
We are very proud of the ISOM activities, because many oftechnologies leading new developments and new applications
have been first presented and discussed in ISOM meeting.
Since the first ISOM meeting in 1987, ISOM has led
innovation of optical memory and economic growth in opticalindustry.
I sincerely ask all of ISOM’18 participants to discuss on newtechnologies of the next generation optical memory and new
applications of optical memory technologies in coming
ISOM’18.

Yoshimasa Kawata
ISOM’18 Organizing Committee, Chairperson-3-

INTRODUCTION
The 28th ISOM (ISOM’18) will be held from October 21 toOctober 24, 2018 at Kitakyushu International ConferenceCenter, Kitakyushu, Japan.
The origin of ISOM is SOM (Symposium on Optical
Memory), which was held firstly in 1985 in Tokyo as aJapanese domestic symposium. The first ISOM (International
Symposium on Optical Memory) was held in 1987 also inTokyo. Until 1994, ISOM and SOM were held alternately
every other year, and since 1995, ISOM has been held every
year. The total number of papers of the past symposiums hasreached 3,363, and the total number of participants hasreached 10,300.
The purpose of the symposium was to provide a forum for
information exchange on a broad range of topics coveringscience and technology in optical memory and its related
fields. However, information explosion in the internet andcloud service has been enforcing optical memory to change
from that for consumer storage to that for enterprise storage.
Many colleagues of us have been seeking for new frontiers of
optical memory technologies. Considering this situation, thescopes of ISOM are being continuously updated and havebeen reorganized in 2016. To further highlight them, theofficial name of ISOM was changed from “International
Symposium on Optical Memory” to “International
Symposium on Imaging, Sensing, and Optical Memory” in
2017. Presentations related to the new scopes as well as theconventional ones would be strongly encouraged.
In ISOM’18, along this direction, it will be very much
expected to discuss the current status of optical memory,
imaging, sensing, and other related technologies. In addition,
we are planning to have a demonstration session at the
symposium as in the last three years, in which authors will beable to show their vivid and attractive research results.
We are looking forward to your participation and seeing you
in Kitakyushu, Japan.

-4-

SCOPE OF THE SYMPOSIUM
ISOM’18 will discuss the current status of Optical Memory,
Imaging, Sensing, and Other Related Technologies.
The scope of ISOM was drastically changed in 2017. ISOM
will provide the attractive fields to exchange the latest
advances or ideas in the above research fields and also
provide scientific interaction and collaboration.
Topics to be covered in this symposium include, but are not
restricted to:
1. Optical Memory
 Professional Archive System
 Holographic Memory
 High-density Recording Media and Material Science Drive Technologies and Signal Processing Components and Devices
 Testing Methods
 Others
2. Imaging
 Computational Imaging
 Wavefront Coding Image Processing Optical System Design Devices Others
3. Sensing
 Medical and Bio-systems
 Three-dimensional Sensing
 Digital Holography
 Spectroscopy Bio-lab on a Disc
 Others
4. Other Related Technologies
 Optical Interconnection and Switching Optical Information Processing Nanophotonics and Plasmonics
 Components
 Material
 Display Photolithography
 Nonvolatile Memory
 Emerging Technologies and New World Others-5-

REGISTRATION
All participants (including speakers) are requested to register,and are encouraged to register in advance (by October 8,2018) in order to receive the early registration discount.
I. Advance Registration
The Symposium registration information and forms can beobtained from ISOM’18 website (http://www.isom.jp). If
you have any questions, please contact ISOM’18 secretariat
office.
II. Onsite Registration
The registration desk will be located at the 1st floor of
Kitakyushu International Conference Center from Sunday
through Wednesday during the following hours.
Oct. 21: 15:00 - 17:20
Oct. 22: 08:30 - 13:00
Oct. 23: 08:30 - 13:00
Oct. 24: 08:30 - 12:00

Type

Before / On
October 8,
2018

OnsiteRegular

JPY 50,000

JPY 60,000

Student & Retiree

JPY 10,000

JPY 15,000

BanquetJPY 5,000

JPY 7,000

The registration fee for the symposium includes admission
to all the technical sessions and an online Technical Digest.
Students are asked for showing their ID cards.
III. Registration and Payment
Those who wish to attend ISOM’18 will be able to registeron the web (http://www.isom.jp/) after about August, 2018.
The deadline for advance registration is October 8, 2018.
After that, the registration will be processed at the
symposium site upon arrival.
Payment should be made in Japanese Yen by bank transfer(inside Japan only) or by credit cards (VISA and MasterCard) payable to ISOM’18. No personal checks will be
accepted.
IV. Registration Cancellation Policy
As a rule, no refunds of the registration fee will be madefor any reasons whatever. Even in the event of registrant
unable to attend the symposium, they will be able todownload the online Technical Digest.

-6-

INSTRUCTION FOR SPEAKERSORAL PRESENTATION
 Time assigned for
Type

Total

Presentation

Keynote30 min.

30 min.

Discussion---

Invited25 min.

20 min.

5 min.

Contributed

20 min.

15 min.

5 min.

 All speakers are requested to get in touch with theirpresiders 15 minutes before their sessions start.
 The conference room will contain a projector, a laptop, a
podium microphone, a screen and a laser pointer.
 If speakers use their own laptop, they will be requested toconfirm its connection with the projector in theconference room during break time or in the morning. We
recommend all speakers to have this check the day before
their presentations.
 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 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
with clearly 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 yourposter onto the board.
 Each author is provided with a 180 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 before
15:30 on the day of the poster session. Posters are to be
removed after the Banquet.
 Authors must remain in the vicinity of the poster board atleast for the duration of the assigned time (1 hour). The
first half (15:30-16:30) is for authors with odd-number
papers (Tu-J-01, 03, ---) and the second half (16:3017:30) is for authors with even-number papers (Tu-J-02,
04, ---). The absence of authors during the assigned timeis treated as “CANCELLED”. The session presiders will
check all authors during the assigned time.
Any papers which are not presented during the Oral or Poster
session will be regarded as “CANCELLED”.

-7-

POST-DEADLINE PAPERS
A limited number of papers will be accepted for presentationof significant results obtained after the deadline. A delegatedauthor has to fill in the paper submission form including a 35word 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.
The 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 deadline is Sep. 3, 2018. The best two postdeadline papers are allowed as oral presentations in the final
session. Other post-deadline papers (but limited numbers)
will be presented in the poster session. Authors will be
notified by the middle of September, 2018 whether theirpapers are accepted.
 Time assigned for:
Type

Total

Presentation

Discussion

Post deadline

15 min.

12 min.

3 min.

FINANCIAL SUPPORT
Thanks to the Takano Eiichi Optical Science Funds, limited
financial support for student presenters in ISOM'18 will be
provided.
Applicants must be full-time students living overseas.
Student presenters who are interested in getting this supportshould submit an application form (announced later) after
receiving the acceptance notice of their submitted paper.

-8-

DEMO PRESENTATION IN POSTER SESSION
Poster presentations with demonstration will be given in theposter session. This is a new approach of poster session in
addition to usual poster presentation.
N
The
technical demonstration will be exhibited repeatedly
during the session in front of poster boards. Participants cantake a close look at the new technologies!

PUBLICATION OF SYMPOSIUM PAPERS
Online Technical Digest includes invited papers, accepted
contributed papers, and limited numbers of post deadline
papers. It will be available on October 15-24, 2018. If you
complete the payment, you will be informed of the website of
the online Technical Digest on October 15, 2018 and able todownload it in advance. Otherwise, you will be able todownload it onsite.
The conference papers will be published in September 2019as a special issue of the Japanese Journal of Applied Physics(JJAP), which is the English-language journal of the Japan
Society of Applied Physics (JSAP). The authors who will
have, by themselves, presented papers at ISOM’18 will beallowed to submit their papers for publication in this special
issue. The authors of invited and contributed (including postdeadline) papers are encouraged to submit Progress Reviews
and Regular Papers, respectively.
The instructions for preparation of manuscript and theagreement form for the special issue will be sent via e-mailafter the conference. The deadline for submission ofmanuscripts is January 27, 2019. Submitted papers will be
reviewed based on the JJAP standard.

-9-

SPECIAL PROGRAMSSOCIAL PROGRAM
Get Together Reception
 Date & Time: Sunday, October 21, 17:00-19:00
 Place: Kitakyushu Intenational Conference Center 1F,
Room 11 Fee: No charge
All attendees including spouses are invited to the Get
Together Reception.
Banquet Reception
 Date & Time: Tuesday, October 23, 18:00-20:00
 Place: Kitakyushu International Conference Center 1F,
Event Hall
 Fee: Advance registration 5,000 JPY
Onsite registration 7,000 JPY
Ticket for the Banquet Recption is not included in theregistration fee. Application for Banquet can be madeonline or onsite.

ISOM’18 Secretariat
Mitsuhiro Kimura (Secretary) Tel: +81-3-5925-2840 / Fax: +81-3-5925-2913
 E-mail: secretary@isom.jp
 Add: c/o Adthree Publishing Co., Ltd.
27-37, Higashinakano 4-chome,
Nakano-ku, Tokyo 164-0003, Japan-10-

GENERAL INFORMATION
I. Official Language
The official language of ISOM’18 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 Monday through Wednesday andposted on the Message Board. Please check the bulletinboard daily to receive your messages. Messages forparticipants at the meeting should be directed to ISOM’18
Symposium Registration Desk.

III. Lunches
A lunch map in the vicinity of Kitakyushu International
Conference Center will be provided at the Registration
Desk.

IV. Others
To receive further ISOM’18 announcement, please visit
ISOM website (http://www.isom.jp/).
Information of Kitakyushu City
Kitakyushu City has a lot of fascinating sightseeing
places such as Kokura Castle, Kanmon Straits, Mt.
Sarakura, and so on. We are going to supply thebrochures of Kitakyushu sightseeing information at theRegistration Desk. Please feel free to use them.

ATTENTION
It is not allowed to take photos and videos of any
presentation materials in ISOM’18.
No Photo

No Video-11-

No Recorder

TECHNICAL PROGRAM
October 22, 2018 (Monday)
Mo-A: Opening & Keynote
Presider: Osamu Matoba (Kobe University, Japan)
Mo-A-01
09:00

Opening Remarks
Yoshimasa Kawata (Shizuoka University, Japan)
Organizing Committee Chairperson

Mo-A-02

Keynote09:15

Meta-devices: Advance and Application
Din Ping Tsai
Academia Sinica, National Taiwan University(Taiwan)Meta-devices using various metasurfaces toattain novel optical functionalities for photonic
applications in demand will be reported anddiscussed, including versatile polarization control,
pixel-scale metalens, and achromatic meta-lensfor imaging and sensing.

Mo-B: Nanophotonics and Plasmonics 1
Presiders: Minoru Takeda (Kyoto Institute of Technology,
Japan)
Masud Mansuripur (University of Arizona,USA)
Mo-B-01

Invited

09:45

Complex Wavefront Shaping with DisorderEngineered Metasurfaces
Atsushi Shibukawa1,3, Mooseok Jang2,3, Yu
Horie3, Andrei Faraon3, Changhuei Yang3
1Okayama University (Japan), 2Korea University(Korea), 3California Institute of Technology(USA)

We describe complex wavefront shaping withdisorder-engineered metasurface, which allows
optical manipulation capabilities beyond those of
conventional optics. We demonstrate such ability
with high resolution (NA=0.5), wide FOV(~8mm) fluorescence images by disorderedmetasurface-assisted wavefront shaping.
-12-

Mo-B-02

Invited

10:10

Emission Enhancement of Self-Coupled
Quantum Dots and Its Applications
Naoya Tate1, Yuki Miyata1, Tadashi Kawazoe2
1Kyushu University, 2Tokyo Denki University(Japan)We have demonstrated a novel technique forautonomously coupling heterogeneous quantum
dots to induce particular optical interactions andcorresponding emission enhancement. As one ofthe practical applications of the technique,photovoltaic application has been discussed.
Mo-B-03
10:35

Broadband Achromatic Metalens for FullColor Imaging
Cheng Hung Chu1, Shuming Wang2, Pin Chieh
Wu1, Vin-Cent Su3, Ming Lun Tseng1, Ren Jie
Lin4, Yi-Chieh Lai4, Mu-Ku Chen4, Hsin Yu
Kuo4, Bo Han Chen4, Yu Han Chen4, Tao Li2,
Zhenlin Wang2, Shining Zhu2, Din Ping Tsai1,4
1Academia Sinica (Taiwan), 2Nanjing University(China), 3National United University, 4National
Taiwan University (Taiwan)
We propose broadband achromatic GaN-based
metalenses working in the visible region. We
demonstrate the full-color imaging performancein transmission mode. Our metalenses havesignificant advantages of low-cost andsemiconductor foundry compatibility.
10:55 - 11:15

Break

Mo-C: Holographic Memory 1
Presiders: Evgenii Zlokazov (National Research Nuclear
University, Bauman Moscow State Technical
University, Russia)
Nobuhiro Kinoshita (NHK, Japan)
Mo-C-01

Invited11:15

Detection Method of Complex Amplitude of
Signal Beam for Intensity- and PhaseModulated Holographic Memory
Masatoshi Bunsen, Shosei Tateyama, Soichiro
SumidaFukuoka University (Japan)-13-Detection of a signal beam whose intensity andphase are spatially modulated in multiple values
is investigated numerically and experimentally toincrease storage capacity of holographic data
storage. Single-shot and non-interferometricmethods are discussed.
Mo-C-02
11:40

Design and Properties of HSL Multi-Layered
Media for Magnetic Hologram Memory
Yuichi Nakamura1, Naoki Hoshiba1, Taichi
Goto1,2, Pang Boey Lim1, Hironaga Uchida1,
Mitsuteru Inoue1
1Toyohashi University of Technology,
PRESTO (Japan)

2JST

Insertion of heat sink layer (HSL) is effective torecord a clear and deep magnetic hologram. We
present a design of HSL media and theperformances of the fabricated media such as
diffraction efficiency.
Mo-C-03
12:00

Superimposed Spatial Guard Interval on Data
Page for Reducing Inter-Symbol InterferenceinAmplitude
Multi-Level
Recording
Holographic Memory
Tetsuhiko Muroi, Yutaro Katano, Nobuhiro
Kinoshita, Norihiko Ishii
Japan Broadcasting Corporation (NHK) (Japan)
We proposed a data page with a spatial guardinterval that consists of a black area between
symbols. The inter-symbol interference could be
reduced and the bERs were enough low in 4level amplitude data pages.

12:20 - 13:50

Lunch

Mo-D: Special Invited
Presider: Osamu Matoba (Kobe University, Japan)
Mo-D-01

Special Invited

13:50

Biochip Technologies for New Horizons;
Small, Massive, and High Sensitive
Yuzuru Takamura
Japan Advanced Institute of Science andTechnology (Japan)-14-

As examples of further development of biochip
technologies, three approaches will be presented
for small, massive, and high sensitive with the
topics of carbon nanotube sensors using aptamer,
spatial transcriptome by PZT actuator array, andmass spectrometry on-chip.

Mo-E: Multimodal Imaging and Sensing (Special
Session)Presiders: Kimihiro Saito (Kindai University TechnicalCollege, Japan)
Masayuki Ono (JVC Kenwood, Japan)
Mo-E-01

Invited

14:20

TissueDiagnosis
Using
NanoscaleMorphological Information Revealed by
Quantitative Phase Imaging
Masanori Takabayashi1, Hassaan Majeed2, Andre
Kajdacsy-Balla3, Gabriel Popescu2
1Kyushu

Institute of Technology (Japan),of Illinois at Urbana-Champaign,
3University of Illinois at Chicago (USA)
2University

We introduce how to extract the intrinsic markers
of nanoscale morphological information in tissue
biopsies from their quantitative phase images,
and demonstrate cancer screenings using highlysensitive quantitative phase imaging technique:spatial light interference microscopy (SLIM).
Mo-E-02

Invited

14:45

Increase of Penetration Depth in Optical
Coherence Tomography by Wavefront
Shaping
Hyun Choi1, Jaeduck Jang2, Jong Uk Kim3
1Konyang
University, 2Samsung Advanced
Institute of Technology, 3Korea Advanced
Institute of Science and Technology (Korea)

Optical coherence tomography (OCT) has
limited application due to the limited depth ofpenetration in the highly turbid media. We
propose a wavefront shape OCT that can increase
the penetration depth of OCT.
Mo-E-03

Invited

15:10

Micro-Scale Infrared Thermography and Its
Application to Thermo-Spectroscopy
Meguya Ryu, Junko Morikawa-15-

Tokyo Institute of Technology (Japan)
The recent instrumentation of micro-scale IRthermography and its application to thermospectroscopy are presented with regard to theexothermic heat of phase transition of heatstorage materials and the chemical reaction in
micro-fluidics.
Mo-E-04

Invited

15:35

Spectral Emissivity Measurement Based on
the Comparison with a Blackbody
Masatoshi Imbe
National Institute of Advanced Industrial Scienceand Technology (Japan)
Emissivity is essential for non-contact
temperature measurement with a radiation
thermometer and a thermographic camera. The
emissivity measurement system based on thecomparison of thermal radiations emitted by asample and a reference blackbody radiator ispresented.

Mo-E-05

Invited

16:00

Optical Frequency Comb Based Ultrafast
Waveform Synthesis and Analysis
Tatsutoshi Shioda
Saitama University (Japan)
An optical arbitrary waveform can besynthesized by manipulating the opticalfrequency comb electric-field vector. Conversely,
to measure the electric field is equivalent to see
the waveform in the picosecond and femtosecond
time scale.

16:25 - 16:45

Break

Mo-F: Digital Holography 1
Presiders: Ryuichi Katayama (Fukuoka Institute ofTechnology, Japan)
Yusuke Nakamura (Hitachi, Ltd., Japan)
Mo-F-01

Invited

16:45

Resolution
Enhancement
Holographic Microscopy

inDigital

Xin-Ji Lai1, Han-Yen Tu2, Yu-Chih Lin1, ChauJern Cheng1-16-1National Taiwan Normal University, 2Chinese
Culture University (Taiwan)

This talk describes resolution enhancement
techniques in digital holographic microscopy forsuper-resolved
imaging.
The
resolution
enhancement is applied to beam/sample rotation
approaches for two-/three-dimensional (2D/3D)
holographic imaging to increase the spacebandwidth product in hologram acquisition.
Mo-F-02

Invited

17:10

Wide Field-of-View
Digital Holography
Modulation

Single-Shot
Based onLensless
GratingLiangcai Cao, Wenhui Zhang, Hua Zhang, Zehao
He, Rujia Li, Guofan Jin
Tsinghua University (China)
The field of view (FOV) of lensless digitalholography (DH) is limited by the photosensitive
area of the sensor. A grating-based method is
proposed associated with spatial spectral
multiplexing to realize wide FOV imaging in
lensless DH.
Mo-F-03
17:35

Demonstration of Digital Holographic
Microscope Based on Planar Lightwave
Circuit (PLC-DHM) System
Katsutoshi Inomoto1, Hiroki Satake1, Kanami
Ikeda2, Syutarou Kodama1, Katsunari Okamoto3,
Eriko Watanabe1
1The

University of Electro-Communications,
3Okamoto
Prefecture
University,
Laboratory (Japan)
2OsakaWe develop a digital holographic microscope
based on planar lightwave circuit (PLC-DHM)
and experimentally demonstrate quantitative
phase and three-dimensional imaging byimproving the optical system design, phase shiftmethod, and data reconstruction method.
Mo-F-04
17:55

Multispectral Three-Dimensional Imaging for
the White-Light Source by Measurement ofDifferential Wavefront Curvature
Kittiphot Jianwattananukul, Kyu Yoshimori
Iwate University (Japan)-17-

Multispectral three-dimensional imaging for
spatially incoherent, polychromatic objects basedon measurement of differential wavefront
curvature has been proposed. This paper presents
an experimental demonstration of reconstructed
image at each spectral peak. The measurement
time of this method is much smaller than that ofour previous methods.

-18-

October 23, 2018 (Tuesday)
Tu-G: Nanophotonics and Plasmonics 2
Presiders: Tsung Sheng Kao (National Chiao Tung
University, Taiwan)
Takanori Nomura (Wakayama University,
Japan)
Tu-G-01

Invited

09:00

Aluminum Integrated Resonant Unit ofMetasurfaces for Broadband Achromatic andHigh Efficient Meta-Devices
Hui-Hsin Hsiao1, Yu Han Chen2, Ren Jie Lin2,
Din Ping Tsai2,31National

Taiwan Normal University, 2National
Taiwan University, 3Academia Sinica (Taiwan)
Via the incorporation of integrated-resonant units(IRUs) into metasurfaces, we demonstrate IRUs
have great capacity for achieving controllable
smooth and linear phase dispersion as well as
enhancing the working efficiency over acontinuously broad bandwidth.
Tu-G-02

Invited

09:25

High Speed Laser Micro/Nanolithography
through Polar Coordinate System
Zhen Bai1,2, Jingsong Wei1
1Chinese

Academy of Sciences, 2University ofChinese Academy of Sciences (China)
A high speed laser lithography system in polar
coordinate system is established to fabricate
arbitrary pattern structures. The writing speed
can reach up to 600 mm2/min at 1.0 μm linewidth(or 10 m/s), the maximum sample size can be
120 mm in diameter, and the minimum feature
linewidth is about 100 nm.
Tu-G-03
09:50

Enhancement of Photoelectron Emission with
SPR of Periodic Metal Nano Structure
Hirofumi Morisawa, Atsushi Ono, Wataru Inami,
Yoshimasa Kawata
Shizuoka University (Japan)
We enhanced photoelectron emission by SPR
using periodic metal nano structure composed of-19-aluminum hole array and disk array. This
achievement can develop surface emission typeelectron sources and improve detection efficiencyof photomultiplier tubes.
10:10 - 10:30

Break

Tu-H: Holographic Memory 2
Presiders: Nobuhiro Kinoshita (NHK, Japan)
Masanori Takabayashi (Kyushu Institute ofTechnology, Japan)
Tu-H-01
10:30

DevelopmentofPhase
Multi-Level
Holographic Data Storage System
Takeru Utsugi, Mayumi Sasaki, Kazuhiko Ono,
Yukinobu Tada
Hitachi-LG Data Storage (Japan)
We are developing a phase multi-level recording
system that records signal light with QPSK
(Quadrature Phase Shift Keying) in holograms,
based on conventional angular-multiplexing
intensity binary HDS system.

Tu-H-02
10:50

NyquistFrequency
RecordedInterferometric
Phase
Retrieval
Holographic Data Storage

NonforXiao Lin, Xiaodi Tan
Fujian Normal University (China)
Nyquist frequency recorded non-interferometricphase retrieval method for holographic data
storage is proposed. Our method can shorten
recording area by 4 times and reduce material
consumption by 35% to increase storage capacity
by 1.5 times.
Tu-H-03
11:10

Holographic Data Storage Based on a BinaryComputer-Generated Hologram
Naru Yoneda, Yusuke Saita, Takanori Nomura
Wakayama University (Japan)
To improve a data-transfer rate depending on arefresh rate of a spatial light modulator, a binary
hologram is introduced to computer-generatedhologram-based holographic data storage.
Experimental results confirm the feasibility of-20-

the method.
Tu-H-04
11:30

Improvement in Linear Recording Density for
Holographic Optical Correlator by LowCorrelation Data Interleaving
Keisuke Saito1, Taku Hoshizawa1, Kanami
Ikeda2, Toshihiro Sugaya1, Eriko Watanabe1
1The

University of Electro-Communications,

2Osaka Prefecture University (Japan)

We propose a new methodology to improve
capacity and throughput of the optical correlator.
This methodology rearranging the order of dataconsidering the correlation with adjacent tosuppress cross talk realizes the improvement by
28%.
Tu-H-05
11:50

Computer Generated Fourier Holograms:
Benefits and Limitations of Application for
Sensing, Imaging and Data Storage
Evgenii Zlokazov1,21National Research Nuclear University, 2Bauman
Moscow State Technical University (Russia)

Application of computer holography methods
provides the possibility to obtain the high quality
holograms of objects that exist as digital models
without the necessity of complex and highprecision optical schemes.
12:10 - 12:30

ISOM'19 Announcement & Photo

12:30 - 14:00

Lunch

Tu-I: Emerging Technologies
Presiders: Din Ping Tsai (Academia Sinica, Taiwan)
Tsutomu Shimura (The University of Tokyo,
Japan)
Tu-I-01

Invited

14:00

Thermodynamics of Radiation Pressure andPhoton Momentum
Masud Mansuripur
The University of Arizona (USA)We present an alternative view of radiationpressure from the perspective of classicalthermodynamics, invoking the properties of-21-

blackbody radiation in conjunction with gasfilled cavities that contain electromagnetic
energy in thermal equilibrium with the container.
Tu-I-02

Invited

14:25

Temperature Control and Power Generation
via Plasmonic Radiative Cooling
Chih-Ming Wang, Sheng-Rui Wu, Chieh-Lun
Chi, Kuan-Lin Lai
National Dong Hwa University (Taiwan)
Potential applications based on the plasmonic
radiative cooling are demonstrated. A passive
temperature control device based on a switchable
mid-infrared metasurface is proposed. For power
generation, the Seebeck effect is observed bycreating temperature differences via plasmonic
radiative cooling.

Tu-I-03
14:50

Solution-Processed
Organometal
HalidePerovskite for Random Laser Illumination
and Imaging
Tsung Sheng Kao, Yu-Chi Wang, Yu-Heng Hong,Kuo-Bin Hong, Tien-Chang Lu
National Chiao Tung University (Taiwan)
A random laser light source of using the solutionprocessed metal-halide perovskites for advanced
speckle-free imaging has been demonstrated.
Moreover, via the active control of the supporting
substrates, the lasing performance can becontrolled at will.

15:10 - 15:30

Break

Tu-J: Poster Session
Presiders: Osamu Matoba (Kobe University, Japan)
Nobuhiro Kinoshita (NHK, Japan)
Takanori Nomura (Wakayama Univ, Japan)
Masayuki Ono (JVC Kenwood, Japan)
Odd numbers : 15:30 - 16:30
Even numbers: 16:30 - 17:30
Tu-J-01
Magneto-Optical Cavity Effect on Magnetic
Stacked Structures for Hydrogen Gas Sensing
Application-22-

Haruki Yamane1, Shingo Takahashi1, Kiyoshi
Yamakawa1, Koki Takahashi2, Nobuya Seko2,
Ken Sumiyoshi2, Koji Shigemura2, Satoshi
Miura2
1Akita Industrial Technology Center, 2Tianma
Japan, Ltd. (Japan)

The magneto-optical properties of perpendicularmagnetic stacked structure were investigated forhydrogen gas sensing applications. Distinct
reactions to hydrogen gas were demonstrated bylarge magneto-optical activities originating froman optical cavity effect.
Tu-J-02
Investigation of the Distance Resolution in
FMCW-Digital Holography
Tatsuya Ishikawa, Ken Uchida, Masayuki Yokota
Shimane University (Japan)
Frequency-Modulated
Continuous-Wave
technique has been introduced into digitalholography. This method can achieve selective
reconstruction of an object located at a desired
distance.
The distanceresolution wasinvestigated using both experimental andnumerical considerations.
Tu-J-03
Metalens for Structured Light
Mu Ku Chen1,2, Cheng Hung Chu2, Hsin Yu
Kuo1, Yu Han Chen1, Ren Jie Lin1, Tsung Lin
Chung1, Yi-Teng Huang1, Jia-Wern Chen1, Din
Ping Tsai1,21National Taiwan University, 2Academia Sinica(Taiwan)Here we use metalens array for the structured
light applications. The advantages of thismetadevice is light weight, small, ultrathin,
durable. The light spot size is a function with the
distance of detector.
Tu-J-04
UV Light Focusing by a Surface Plasmonic
Lens and the Fabrication of an Integrated
Lens Array Applying Nanoimprint Process
Minoru Takeda1, Yusuke Miura1, Tsutomu Inoue1,
Kento Aizawa2
1KyotoInstitute ofCorporation (Japan)-23-

Technology,

2JASCOWe improved the design parameter of the surface
plasmonic lens for further extending the focal
length keeping subwavelength size focal spot,
and fabricated the integrated lens array applying
nanoimprint lithography and metal lift-off
process.
Tu-J-05
SOVA Decoding and FIR Filtering for
Holographic
Memorywith
Two-Step
Exposure Method
Hikaru Takahashi, Satoshi Honma
University of Yamanashi (Japan)
We propose a method combining error correction
technique using a soft output Viterbi algorithm
and FIR filtering to recode SQAM signal withthe two-step exposure method in holographic
memories.
Tu-J-06
An ACO-Based Two-Dimensional Partial
Response Maximum Likelihood Detection
Scheme for Holographic Data Storage
Systems
Gyuyeol Kong, Sooyong Choi
Yonsei University (Korea)
A detection scheme for holographic data storageis proposed. By applying ant colony optimization
into conventional scheme, we enhance
performances with simple structure. Simulation
result shows proposed scheme has 4dB gain thanconventional scheme.
Tu-J-07
Lensless Imaging Using a Printed Mask
Pattern
Haruka Saito, Kimihiro Saito
Kindai University Technical College (Japan)
A method to take an image by using a printed
mask pattern instead of a lens system wasintroduced. The inverse filter using the impulse
response image works well for the reconstruction.
Tu-J-08
Lens-Less Volume Holographic Spatial Mode
De-Multiplexer-24-

Shijie Zhou1, Atsushi Okamoto1,4, Kazuhisa
Ogawa1, Akihisa Tomita1, Taketoshi Takahata2,4,
Satoshi Shinada3, Naoya Wada3
1Hokkaido University, 2OPTOQUEST Co., Ltd.,
3National

Institute of Information andCommunications
Technology(NICT),
4OPTOQUEST
Advanced Optical Device
Development Section (Japan)
To simplify the volume holographic demultiplexer (VHDM), we proposed a lens-less
VHDM, in which the essential collective lenses
used in the conventional VHDM were removed.
We numerically demonstrated its basic operation
and reported the results.
Tu-J-09
Environmentally Robust Phase Detection for
Holographic Data Storage
Kazuyoshi Yamazaki, Masahiro Yamaguchi
Tokyo Institute of Technology (Japan)
Time differential phase detection for robust
phase detection against signal intensity deviationand spatial phase variation was newly applied toholographic data storage. The most suitablesignal phase values for HDS was revealed.
Tu-J-10
Experiment on Depth-Direction Multiplexed
Signal Generation and Reconstruction in
Holographic Memory Using Virtual Phase
Conjugation
Taijun Shiba1, Atsushi Okamoto1, Yuta Goto2,
Kazuhisa Ogawa1, Akihisa Tomita1
1Hokkaido University,(Japan)2Universityof Fukui

We have proposed a holographic memory whichenables simultaneous recording and reading ofholograms in depth direction. In this work, we
performed an experiment on generation anddetection of a multiplexed signal.
Tu-J-11
Withdrawn
Tu-J-12
Evaluation of Two and Three-Layer
Recording in Multi-Layer and Multi-Valued
Optical Memory Using Convex-Shaped Marks-25-

Xingyu Liu, Xiangyu Quan, Kouichi Nitta,
Osamu Matoba
Kobe University (Japan)
Multi-valued recording by using convex-shaped
marks in three layers has been investigatednumerically. In three-layer recording, 4 bit/layer
is available. Minimum SNR can be increased byenlarging the distance between the layers.
Tu-J-13
Pixel-Level Full-Color Routing with Dielectric
Metasurfaces
Hsin Yu Kuo1, Bo Han Chen1, Pin Chieh Wu2,
Vin-Cent Su3, Yi-Chieh Lai1,4, Cheng Hung Chu1,
Jia-Wern Chen1, Yu Han Chen1, Mu Ku Chen1,
Yung-Chiang Lan4, Din Ping Tsai1,21National Taiwan University, 2Academia Sinica,
3National

United University, 4National Cheng
Kung University (Taiwan)
We demonstrate three individual GaN-based
metalenses with extremely high operation
efficiency at visible light and show the integratedfunctionality with out-of-plane metalens gives
rise to the prospect of CMOS image sensor
applications with miniaturized sizes.
Tu-J-14
Radiated Noise Measurement at Wearable
Receiver in Intra-Body Communication
Yuki Sato, Narumi Sekine, Koki Yoshioka, Kenta
Nezu, Yutaro Toyoshima, Mitsuru Shinagawa
Hosei University (Japan)
We applied an electro-optical conversion (EOC)
probe to measuring radiated noise around ahuman body in intra-body communication. It was
confirmed that the EOC probe was suitable formeasurement of the radiated noise.
Tu-J-15
Wavelength
Estimation
Wavelength
Generalized
Digital Holography

Using
MultiPhase-Shifting

Masato Kobayashi, Nobukazu Yoshikawa
Saitama University (Japan)
We propose a wavelength estimation method
using reconstructed images by the angular
spectrum method and the shifted Fresnel-26-transform method in multi-wavelength DH.
Experimental results show that the correct
wavelength is estimated by both methods.
Tu-J-16Ground Size Dependence of Wearable Device
Performance in Intra-Body Communication
Yutaro Toyoshima1, Narumi Sekine1, Mitsuru
Shinagawa1, Daisuke Saito2, Ken Seo2, Kyoji
Oohashi2
1Hosei University, 2Nippon Signal CO., LTD.
(Japan)This paper describes an effect of ground size on
wearable device performance in intra-bodycommunication. It was confirmed that the groundsize of > 2 m × 2 m was required formeasurement reproducibility.
Tu-J-17
Electron Beam Addressable Potentiometric
Sensor for Ion Distribution Imaging withHigh Resolution
Wataru Inami, Kiyohisa Nii, Satoru Shibano,
Yoshimasa Kawata
Shizuoka University (Japan)
We have developed an electron beam addressable
potentiometric sensor to improve the spatial
resolution of ion distribution imaging. By using a
focused electron beam, the spatial resolution of
the ion distribution image sensor is improved.
Tu-J-18
Intelligence Control System Based on Deep
Learning Method in Holographic Data
Storage System
Jang Hyun Kim, Hyunseok Yang
Yonsei University (Korea)
We simulate and experiment tilt servo control
system by deep learning method in our HDSS.
Hence, we acquire good experimental results andperformance for tilt servo control in Holographic
Data Storage System.
Tu-J-19
Phase Detection of SQAM Signal Beam with
Sinusoidal Phase Modulation by Transport ofIntensity Equation-27-

Shosei Tateyama, Soichiro Sumida, Masatoshi
BunsenFukuoka University (Japan)
We numerically investigate the phase detectionof SQAM signal beam by transport of intensity
equation. The constellation diagram shows that asinusoidal-shaped phase distribution is useful for
reducing the number of pixels for a symbol.
Tu-J-20
Position Detection Method for Servo Control
on Collinear Holographic Memory
Dongseok Kim1, Ryushi Fujimura2, Masao Endo1,
Tsutomu Shimura1
1The

University
University (Japan)ofTokyo,

2Utsunomiya

We proposed a position detection method forservo control on collinear holographic memory.
Using this method, position detection ofrecording medium with an error lower than 20
nm can be successfully achievable.
Tu-J-21
Design of Single-Beam Copying for RealImage Disk-Type Holography Using a VirtualImage Type Master Hologram
Chih-Hung Chen, Yih-Shyang Cheng
National Central University (Taiwan)
We describe how to produce a real-image typereflection hologram from a virtual-image typetransmission hologram. Adopting a two-step
holographic process, methods of imagetransformation in disk-type multiplex holography
are presented.
Tu-J-22Room-Temperature Lasing Action of Lead
Bromide Perovskite Thin Films via an AntiSolvent Dripping Process
Yu-Heng Hong, Yu-Chi Wang, Fang-Chung Chen,
Tien-Chang Lu, Tsung Sheng Kao
National Chiao Tung University (Taiwan)
We exploited a consecutive anti-solvent dripping
process in solution-processed metal-halide
perovskite fabrications. The corresponding
emission spectra indicate that the solventengineered perovskites can be performed in-28-

room-temperature lasing action with long-time
reliability.
Tu-J-23
Withdrawn
Tu-J-24
Total-Variation Regularization for Surface
Topology of Step Height in Fourier
Ptychographic Microscopy
Guk-Jong Choi1, Sungbin Jeon1, Jin-Sang Lim1,
Janghyun Cho1, Hyun Choi2, No-Cheol Park1
1Yonsei University, 2Konyang University (Korea)

In this study, we propose TV regularization
method for reflective Fourier ptychographic
microscopy (FPM). The objective of this study isimproving the quality of the phase retrieval aboutstep-height sample, which is verified throughexperiment.
Tu-J-25
Spatial Quadrature Amplitude Modulation
Signal with Orthogonal Code for Holographic
Memories and Two-Step Exposure Method
Satoshi Honma, Hikaru Takahashi, Haruki
Watanabe
University of Yamanashi (Japan)
We proposed a method providing a complex
amplitude data, which is consist of spatial
multiplexed signals with orthogonal code, toimprove the reconstruction quality of the SQAM
signal with TEM.
Tu-J-26
Parallax Image Reconstruction in 3D Display
Using Binary-Phase-Modulation Spatial Light
Modulator
Takahiro Uemae1, Xiangyu Quan1, Kouichi
Nitta1, Shinya Sato2, Nobuyuki Hashimoto2,
Osamu Matoba1
1Kobe University, 2CITIZEN Watch Co., Ltd.
(Japan)We present two different perspective views to beobserved by both eyes for 3D display systemusing a high-speed ferroelectric liquid crystal
spatial light modulator. Reconstructed images arepresented numerically and experimentally.

-29-

Tu-J-27
Synthesizing Complex Amplitude Data with
Multiple Intensity Pages for Holographic
MemoryHaruki Funakoshi, Satoshi Honma
University of Yamanashi (Japan)
In this report, we propose a method to synthesize
a recording page data from a number of intensity
page data based on computer holographic
technique by using linear phase codes.
Tu-J-28
Plasmon-Enhanced Two-Photon Absorptionin Single Crystalline Organometallic Bromide
Perovskites
Pin-Yu Kung, Yu-Heng Hong, Fang-Chung Chen,
Tsung-Sheng Kao
National Chiao Tung University (Taiwan)
We intend to synthesize environmentally
sustainable single crystalline lead-bromide
perovskite bulks, investing their specific opticalnonlinearities.
Meanwhile,corresponding
plasmonic nanostructures will be further
designed and fabricated onto the perovskite
singlecrystals,enhancinglight-emitting
performance.
Tu-J-29
Sensing of Wavefront
Computer-Generated
Mathematical Modelling

Curvature Using
Holograms:

S. B. Odinokov1, E. Yu. Zlokazov1,2, M. S.
Kovalev1, G. Krasin1
1Bauman

Moscow State Technical University,

2National Research Nuclear University (Russia)

Moderncommerciallyavailable
opticalcomponents such as low RIN lasers, highresolution spatial light modulators, highsensitivity photo-detectors together with highspeed digital processing techniques provide thepossibility to construct a powerful devices forsensing or processing of two-dimensional opticalsignals with high efficiency.

-30-

Tu-J-30
Equalization Scheme Based on Multi-Layer
Perceptron with Misalignment Estimation for
Holographic Data Storage Systems
Seongbae Han, Gyuyeol Kong, Sooyong Choi
Yonsei University (Korea)
This paper proposes a equalization scheme withthe misalignment estimation based on the multilayer perceptron (MLP) for holographic data
storage systems. The misalignment estimationand compensation based on MLP improves the
bit error rate performances.
Tu-J-31
Two-Step Holographic Method with Extended
Vertical Viewing Window for Reflection DiskType Multiplex Holography
Yih-Shyang Cheng, Chih-Hung Chen, Yu-Hsin
Tu
National Central University (Taiwan)
With the aid of a diffuser and the use of adiverging object-beam system,
masterholograms with extended viewing window andlager object can be obtained.
Imagetransformation for fabricating reflection transfer
holograms is presented.
Tu-J-32
Invasiveness Estimation of Electro-Optic
Probe by Using Electro-Magnetic Field
Simulator
Tomoya Naoe1, Mitsuru Shinagawa1, Jun
Katsuyama2, Hiroaki Tanaka2, Yoshinori
Matsumoto2, Yoshiaki Tanaka2
1HoseiUniversity,
Corporation (Japan)

2YokogawaElectric

This paper describes invasiveness estimation
method of an electro-optic crystal on electricfield by using electro-magnetic field simulation.
It was confirmed that our proposed method canbe applied to estimating the invasiveness of thecrystal.

-31-

Tu-J-33
Image Reconstruction Simulation by Spatial
Cross Modulation Method with Single Lens
and Random Diffuser
Hisatoshi Funakoshi1, Atsushi Okamoto2
1Gifu University, 2Hokkaido University (Japan)

An image reconstruction simulation for a new
simple optical system of the spatial crossmodulation method was conducted. The results
show that it has the potential to achieve large andhigh quality object reconstruction.
Tu-PP-01
Simulation on Eigenmodes of Semiconductor
Ring Resonator with Metal Nano-Antenna for
HAMR Heat Source
Ryuichi Katayama1, Satoshi Sugiura2
1Fukuoka Institute of Technology, 2InnovaStella,Inc. (Japan)
The eigenmodes and light intensity distributionof a novel device for heat-assisted magnetic
recording heat source, which consists of a GaAs
ring resonator and a Au nano-antenna, were
simulated using the finite element method.
Tu-PP-02
An Extended Pulse Position Modulation for
Visible Light Communication with Flicker
Suppression
Hiroyuki Nakayama, Jiro Morimoto
Tokushima Bunri University (Japan)
A novel transmission technique that achieves
high communication efficiency, low flicker andwide dimming control range is proposed. The
performance of the proposed method is evaluatedby the simulation.
17:30 - 18:00
18:00 - 20:00

BreakBanquet-32-

October 24, 2018 (Wednesday)
We-K: Digital Holography 2
Presiders: Xiaodi Tan (Fujian Normal University, China)
Osamu Matoba (Kobe University, Japan)
We-K-01

Invited

09:00

Single-Shot Phase-Shifting Incoherent Digital
Holography
Using
Multiplexed
Phase
Gratings
Teruyoshi Nobukawa, Yutaro Katano, Tetsuhiko
Muroi, Nobuhiro Kinoshita, Norihiko Ishii
Japan Broadcasting Corporation (NHK) (Japan)
Our
proposed
single-shotphase-shifting
incoherent digital holography can simultaneously
capture four self-reference holograms andreconstruct 3D images with numerical backpropagation. The effectiveness of our proposed
method was numerically and experimentally
verified.

We-K-02

Invited

09:25

A Dual-Wavelength Light Source Based on
Quantum-Dot Film for Digital Holographic
Microscopy
Young-Joo Kim, Se-Hwan Jang, Sungbin Jeon,
Jae-Yong Lee, Jinsang Lim, No-Cheol Park
Yonsei University (Korea)
A dual-wavelength light source was developedby converting blue LED to dual-red-wavelengths
using quantum-dots of different sizes. This
compact light source has an advantage of little
speckle with relatively wide range and highresolution in digital holographic microscopy.

We-K-03
09:50

Higher Vibration Frequency Measurement
Capability of Sound Field Imaging by HighSpeed Digital Holography
Sudheesh K. Rajput1, Osamu Matoba1, Yasuhiro
Awatsuji2
1Kobe University, 2Kyoto Institute of Technology(Japan)We present higher frequency measurement
capability of sound field imaging by digital-33-

holography upto 20 kHz. Holograms of vibration
sound emitted by object are recorded andfrequency determination of higher audible range
is confirmed.
We-K-04
10:10

Particle Depth Position Detection Using Phase
Signature in Phase-Retrieval Holography
Atsuo Kubonishi, Yohsuke Tanaka, Shigeru
MurataKyoto Institute of Technology (Japan)
We evaluate particle depth positions using phasesignature in phase-retrieval holography inexperiment to confirm the suppression of particle
elongation.

10:30 - 10:50

Break

We-L: Computational Imaging (Special Session)
Presiders: Yusuke Nakamura (Hitachi, Ltd., Japan)
Tetsuhiko Muroi (NHK, Japan)
We-L-01
10:50

InvitedComputational Photography
Hajime Nagahara
Osaka University (Japan)
Computational photography is a new researcharea that combines imaging optics and processing
for the digital imaging. The combination of the
hardware and software give us more flexibility
for solving the problems in computer vision andimage processing and drastic improvements.

We-L-02

Invited

11:15

Light-Field Optics and Unique Applications
Toru Iwane
NIKON CORPORATION (Japan)
Conditions of rays in space are recorded on 2D
plane as light-field data and reconstructed backfrom the data using light-field optics. With thistransforming method, several unique opticalsystems can be proposed.

We-L-03

Invited

11:40

Computational Microscopy toward LightField Acquisition and Super-Resolution
Shin Usuki, Kenjiro T. Miura-34-

Shizuoka University (Japan)
For the purpose of advanced optical imaging,computational microscopy employs diverse
functions which include multiple apertures,
multiple illuminations, multiple translations, andso on. Then adequate computations are
performed toward light-field acquisition andsuper-resolution in imaging.
We-L-04
12:05

Numerical Autofocusing Based on Adaptive
Sharpness Evaluation for Complex Amplitude
Imaging
Koshi Komuro1, Kazusa Oe1, Yosuke Tamada2,
Takanori Nomura1
1Wakayama University, 2National Institute for
Basic Biology (Japan)

An adaptive autofocusing method is proposed tomeasure simultaneously depth positions andcomplex amplitude of objects. The calculation
area of local sharpness evaluation is adaptively
used. An optical experiment confirms theeffectiveness of the method.
We-L-05
12:25

Towards High-Speed Computational Ghost
Imaging
Using
Holographic
OpticalCorrelator
Ayano Inoue1, Ren Usami1, Keisuke Saito1,
Yasunobu Honda1, Kanami Ikeda2, Eriko
Watanabe1
1The

University of Electro-Communications,

2Osaka Prefecture University (Japan)

We propose a computational ghost imaging
system by using optical correlator. In the
preliminary experiments, the reconstructed
images of the object pattern are found to be ingood agreement with those obtained bynumerical simulations.
12:45- 14:15

Lunch

We-M: Automotive
Presiders: Akinori Furuya (Tokushima Bunri University,
Japan)
Masatoshi Bunsen (Fukuoka University, Japan)-35-

We-M-01

Invited

14:15

Toward Fully Automated Vehicle –Overview
of Our Activities and Current Status–
Naoki Suganuma
Kanazawa University (Japan)
We have developed autonomous vehicles forabout more than twenty years and conductedpublic road testing at many places. In thispresentation, the overview of our activities andcurrent status will be presented.

We-M-02

Invited

14:40

Automotive Time-of-Flight LiDAR Systems
Using MEMS Scanners
Kazutoshi Kitano, Yousuke Koutsuka, Risa
Tanimoto, Chihiro Kawabata, Shunsaku Noda,
Yasuo Tanahashi, Yukio Hayashi, KunihikoHorikawa, Eiji Muramatsu
Pioneer Corporation (Japan)
The concept, design and characterization of timeof-flight LiDAR systems with MEMS scanners
for automotive applications are presented.
Multiple types of coaxial optics with thecommon ranging system are studied to meetvarious demands.

We-N: Applications ofElements (Special Session)

Holographic

OpticalPresiders: Akinori Furuya (Tokushima Bunri University,
Japan)
Masatoshi Bunsen (Fukuoka University, Japan)
We-N-01

Invited

15:05

Development of Doped Photopolymers for
Holographic Memory
Shiuan Huei Lin, Vera Marinova, Ken Y. Hsu
National Chiao Tung University (Taiwan)
In this talk, we first review our investigations on
the doped photopolymers. The material design
strategy and fabrication of thick polymer samples
with negligible shrinkage and good opticalquality are described. In addition, we will present
novel volume holographic recording in our
photopolymer materials with different doped
elements. Some photonic applications, including
holographic memory, will be demonstrated.
-36-

We-N-02

Invited

15:30

Formation of Holographic Memory with
Temperature-Resistant Properties in Liquid
CrystalComposites
forOptically
Reconfigurable Gate Arrays
Akifumi Ogiwara
Kobe City College of Technology (Japan)
Thermally stable holographic memory formed byliquid crystal (LC) and LC diacrylate monomer is
proposed to achieve the reconstruction of context
information for optically reconfigurable gatearrays at high temperatures more than nematic toisotropic phases.

We-N-03

Invited

15:55

AR Display System
Waveguide Element

with

Holographic

Wei-Chia Su1, Wen-Kai Lin1,2, Shao-Kui Zhou1,2,
Bor-Shyh Lin2
1National

Changhua University of Education,

2National Chiao Tung University (Taiwan)

AR display systems based on holographic
waveguide elements are presented. We havedemonstrated different types of holographic
waveguide elements for AR display. The image
aberrations induced by holographic waveguide
element are also discussed.

We-PD: Post Deadline
Presiders: Wan-Chin Kim (Hanbat National University,
Korea)
Tsutomu Shimura (The University of Tokyo,
Japan)
We-PD-01
16:20

Low-Noise Reference-Free Implementation ofDifferential Mode Delay Measurement Using
Single Mode Fiber as Higher-Order Mode
Filter
Shogo Hoshino1, Atsushi Okamoto1, Kazuhisa
Ogawa1, Akihisa Tomita1, Yuta Wakayama2,
Takehiro Tsuritani2
1Hokkaido University, 2KDDI Research, Inc.

(Japan)We

experimentally-37-

demonstrated

low-noisereference-free implementation of differential
mode delay measurement via low-coherence
digital holography by using a single mode fiber
as a higher-order mode filter.
We-PD-02
16:35

Evaluation of Power Equalization of
Laguerre-Gaussian Mode Based on PhaseIntensity-Phase Modulation
Zihan Zhou1, Atsushi Okamoto1, Kazuhisa
Ogawa1, Akihisa Tomita1, Yuta Wakayama2,
Takehiro Tsuritani2
1Hokkaido

University,

2KDDI

Research, Inc.

(Japan)This study proposes the power equalization of
Laguerre-Gaussian (LG) modes using phaseintensity-phase (PIP) modulation. As a result, thehighly accurate power equalization among eachmode is confirmed.
16:50 - 17:05 Award & Closing-38-

AUTHOR INDEXA
Aizawa, Kento
Awatusji, YasuhiroF
Tu - J - 0 4
We-K-03

Faraon, Andrei
Mo-B-01
Fujimura, Ryushi
Tu - J - 2 0
Funakoshi, Haruki Tu - J - 2 7
Funakoshi, Hisatoshi Tu - J - 3 3

BBai, Zhen
Tu-G-02
Balla, Andre-Kajdacsy
Mo-E-01
Bunsen, Masatoshi Mo-C-01
Tu - J - 1 9GGoto, Taichi
Goto, Yuta

Mo-C-02
Tu - J - 1 0

HCHan, Seongbae
Tu - J - 3 0
Hashimoto, Nobuyuki
Tu - J - 2 6
Hayashi, Yukio
We-M-02
He, Zehao
Mo-F-02
Honda, Yasunobu
We-L-05
Hong, Kuo-Bin
Tu - I- 0 3
Hong, Yu-Heng
Tu - I- 0 3
Tu - J - 2 2
Tu - J - 2 8
Honma, Satoshi
Tu - J - 0 5
Tu - J - 2 5
Tu - J - 2 7
Horie, Yu
Mo-B-01
Horikawa, Kunihiko We-M-02
Hoshiba, Naoki
Mo-C-02
Hoshino, Shogo
We-PD-01
Hoshizawa, Taku
Tu-H-04
Hsiao, Hui-Hsin
Tu-G-01
Hsu, Ken, Y.
We-N-01
Huang, Yi-Teng
Tu - J - 0 3

Cao, Liangcai
Chen, Bo-Han

Mo-F-02
Mo-B-03
Tu - J - 1 3
Chen, Chih-Hung
Tu - J - 2 1
Tu - J - 3 1
Chen, Fang-Chung Tu - J - 2 2
Tu - J - 2 8Chen, Jia-Wern
Tu - J - 0 3
Tu - J - 1 3
Chen, Mu-Ku
Mo-B-03
Tu - J - 0 3
Tu - J - 1 3
Chen, Yu-Han
Mo-B-03
Tu-G-01
Tu - J - 0 3
Tu - J - 1 3
Cheng, Chau-Jern
Mo-F-01
Cheng, Yih-Shyang Tu - J - 2 1
Tu - J - 3 1
Chi, Chieh-Lun
Tu - I- 0 2
Cho, Janghyun
Tu - J - 2 4
Choi, Guk-Jong
Tu - J - 2 4
Choi, Hyun
Mo-E-02
Tu - J - 2 4
Choi, Sooyong
Tu - J - 0 6
Tu - J - 3 0Chu, Cheng-Hung Mo-B-03
Tu - J - 0 3
Tu - J - 1 3
Chung, Tsung-Lin Tu - J - 0 3

I
Ikeda, Kanami

Mo-F-03
Tu-H-04
We-L-05
Imbe, Masatoshi
Mo-E-04
Inami, Wataru
Tu-G-03
Tu - J - 1 7
Inomoto, Katsutoshi Mo-F-03
Inoue, Ayano
We-L-05
Inoue, Mitsuteru
Mo-C-02
Inoue, Tsutomu
Tu - J - 0 4
Ishii, Norihiko
Mo-C-03
We-K-01

E
Endo, Masao

Tu - J - 2 0-39-Ishikawa, Tatsuya
Iwane, Toru

Tu - J - 0 2
We-L-02

Lai, Yi-Chieh
Lan, Yung-Chiang
Lee, Jae-Yong
Li, Rujia
Li, TaoLim, Jin-Sang

J
Jang, Jaeduck
Jang, Mooseok
Jang, Se-Hwan
Jeon, Sungbin

Mo-E-02
Mo-B-01
We-K-02
Tu - J - 2 4
We-K-02
Jianwattananukul, Kittiphot
Mo-F-04
Jin, Guofan
Mo-F-02

Lim, Pang-Boey
Lin, Bor-Shyh
Lin, Ren-Jie

Lin, Shiuan Huei
Lin, Wen-Kai
Lin, Xiao
Lin, Yu-Chih
Liu, Xingyu
Lu, Tien-Chang

K
Kao, Tsung Sheng

Tu - I- 0 3
Tu - J - 2 2
Tu - J - 2 8
Katano, Yutaro
Mo-C-03
We-K-01
Katayama, Ryuichi Tu-PP-01
Katsuyama, Jun
Tu - J - 3 2
Kawabata, Chihiro We-M-02
Kawata, Yoshimasa Tu-G-03
Tu - J - 1 7
Kawazoe, Tadashi Mo-B-02
Kim, Dongseok
Tu - J - 2 0
Kim, Jang-Hyun
Tu - J - 1 8
Kim, Jong-Uk
Mo-E-02
Kim, Young-Joo
We-K-02
Kinoshita, Nobuhiro Mo-C-03
We-K-01
Kitano, Kazutoshi We-M-02
Kobayashi, Masato Tu - J - 1 5
Kodama, Syutarou Mo-F-03
Komuro, Koshi
We-L-04
Kong, Gyuyeol
Tu - J - 0 6
Tu - J - 3 0
Koutsuka, Yousuke We-M-02
Kovalev, M. S.
Tu - J - 2 9
Kubonishi, Atsuo
We-K-04
Kung, Pin-Yu
Tu - J - 2 8
Kuo, Hsin-Yu
Mo-B-03
Tu - J - 0 3
Tu - J - 1 3
Krasin, G.
Tu - J - 2 9MMajeed, Hassaan
Mansuripur, Masud
Marinova, Vera
Matoba, Osamu

Mo-E-01
Tu - I- 0 1
We-N-01
Tu - J - 1 2
Tu - J - 2 6
We-K-03
Matsumoto, Yoshinori
Tu - J - 3 2
Miura, Kenjiro T.
We-L-03
Miura, Satoshi
Tu - J - 0 1
Miura, Yusuke
Tu - J - 0 4
Miyata, Yuki
Mo-B-02
Morikawa, Junko
Mo-E-03
Morimoto, Jiro
Tu-PP-02
Morisawa, Hirofumi Tu-G-03
Muramatsu, Eiji
We-M-02
Murata, Shigeru
We-K-04
Muroi, Tetsuhiko
Mo-C-03
We-K-01

N
Nagahara, Hajime We-L-01
Nakamura, Yuichi
Mo-C-02
Nakayama, Hiroyuki Tu-PP-02
Naoe, Tomoya
Tu - J - 3 2
Nezu, Kenta
Tu - J - 1 4
Nii, Kiyohisa
Tu - J - 1 7

LLai, Kuan-Lin
Lai, Xin-Ji

Mo-B-03
Tu - J - 1 3
Tu - J - 1 3
We-K-02
Mo-F-02
Mo-B-03
Tu - J - 2 4
We-K-02
Mo-C-02
We-N-03
Mo-B-03
Tu-G-01
Tu - J - 0 3
We-N-01
We-N-03
Tu-H-02
Mo-F-01
Tu - J - 1 2
Tu - I- 0 3
Tu - J - 2 2

Tu - I- 0 2
Mo-F-01-40-

Nitta, Kouichi

Tu - J - 1 2
Tu - J - 2 6
Nobukawa, Teruyoshi
We-K-01
Noda, Shunsaku
We-M-02
Nomura, Takanori Tu-H-03
We-L-04

Sato, Yuki
Sekine, Narumi

Tu - J - 1 4
Tu - J - 1 4
Tu - J - 1 6
Seko, Nobuya
Tu - J - 0 1
Seo, Ken
Tu - J - 1 6
Shiba, Taijun
Tu - J - 1 0
Shibano, Satoru
Tu - J - 1 7
Shibukawa, Atsushi Mo-B-01
Shigemura, Koji
Tu - J - 0 1
Shimura, Tsutomu Tu - J - 2 0
Shinada, Satoshi
Tu - J - 0 8
Shinagawa, Mitsuru Tu - J - 1 4
Tu - J - 1 6
Tu - J - 3 2
Shioda, Tatsutoshi Mo-E-05
Su, Vin-Cent
Mo-B-03
Tu - J - 1 3
Su, Wei-Chia
We-N-03
Suganuma, Naoki
We-M-01
Sugaya, Toshihiro
Tu-H-04
Sugiura, Satoshi
Tu-PP-01
Sumida, Soichiro
Mo-C-01
Tu - J - 1 9
Sumiyoshi, Ken
Tu - J - 0 1

OOdinokov, S. B.
Oe, Kazusa
Ogawa, Kazuhisa

Tu - J - 2 9
We-L-04
Tu - J - 0 8
Tu - J - 1 0
We-PD-01
We-PD-02
Ogiwara, Akifumi We-N-02
Okamoto, Atsushi
Tu - J - 0 8
Tu - J - 1 0
Tu - J - 3 3
We-PD-01
We-PD-02
Okamoto, Katsunari Mo-F-03
Ono, Atsushi
Tu-G-03
Ono, Kazuhiko
Tu-H-01
Oohashi, Kyoji
Tu - J - 1 6T
Tada, Yukinobu
Tu-H-01
Takabayashi, Masanori
Mo-E-01
Takahashi, Hikaru Tu - J - 0 5
Tu - J - 2 5
Takahashi, Koki
Tu - J - 0 1
Takahashi, Shingo Tu - J - 0 1
Takahata, Taketoshi Tu - J - 0 8
Takamura, Yuzuru Mo-D-01
Takeda, Minoru
Tu - J - 0 4
Tamada, Yosuke
We-L-04
Tan, Xiaodi
Tu-H-02
Tanahashi, Yasuo
We-M-02
Tanaka, Hiroaki
Tu - J - 3 2
Tanaka, Yohsuke
We-K-04
Tanaka, Yoshiaki
Tu - J - 3 2
Tanimoto, Risa
We-M-02
Tate, Naoya
Mo-B-02
Tateyama, Shosei
Mo-C-01
Tu - J - 1 9
Tomita, Akihisa
Tu - J - 0 8
Tu - J - 1 0
We-PD-01
We-PD-02

P
Park, No-Cheol
Popescu, Gabriel

Tu - J - 2 4
We-K-02
Mo-E-01Q
Quan, Xiangyu

Tu - J - 1 2
Tu - J - 2 6R
Rajput, Sudheesh K. We-K-03
Ryu, Meguya
Mo-E-03

S
Saita, Yusuke
Saito, Daisuke
Saito, Haruka
Saito, Keisuke
Saito, Kimihiro
Sasaki, Mayumi
Satake, Hiroki
Sato, Shinya

Tu-H-03
Tu - J - 1 6
Tu - J - 0 7
Tu-H-04
We-L-05
Tu - J - 0 7
Tu-H-01
Mo-F-03
Tu - J - 2 6-41-

Toyoshima, Yutaro
Tsai, Din-Ping

Tseng, Ming-Lun
Tsuritani, Takehiro
Tu, Han-Yen
Tu, Yu-Hsin

Tu - J - 1 4
Tu - J - 1 6
Mo-A-02
Mo-B-03
Tu-G-01
Tu - J - 0 3
Tu - J - 1 3
Mo-B-03
We-PD-01
We-PD-02
Mo-F-01
Tu - J - 3 1

Yoshikawa, Nobukazu
Tu - J - 1 5
Yoshimori, Kyu
Mo-F-04
Yoshioka, Koki
Tu - J - 1 4

ZZhang, Hua
Zhang, Wenhui
Zhou, Shao-Kui
Zhou, Shijie
Zhou, Zihan
Zhu, Shining
Zlokazov, Evgenii

U
Uchida, Hironaga
Uchida, Ken
Uemae, Takahiro
Usami, Ren
Usuki, Shin
Utsugi, Takeru

Mo-C-02
Tu - J - 0 2
Tu - J - 2 6
We-L-05
We-L-03
Tu-H-01

W
Wada, Naoya
Wakayama, Yuta
Wang, Chih-Ming
Wang, Shuming
Wang, Yu-Chi
Wang, Zhenlin
Watanabe, Eriko

Watanabe, Haruki
Wei, Jingsong
Wu, Pin-Chieh
Wu, Sheng-Rui

Tu - J - 0 8
We-PD-01
We-PD-02
Tu - I- 0 2
Mo-B-03
Tu - I- 0 3
Tu - J - 2 2
Mo-B-03
Mo-F-03
Tu-H-04
We-L-05
Tu - J - 2 5
Tu-G-02
Mo-B-03
Tu - J - 1 3
Tu - I- 0 2

Y
Yamaguchi, Masahiro
Tu - J - 0 9
Yamakawa, Kiyoshi Tu - J - 0 1
Yamane, Haruki
Tu - J - 0 1
Yamazaki, Kazuyoshi Tu - J - 0 9
Yang, Changhuei
Mo-B-01
Yang, Hyunseok
Tu - J - 1 8
Yokota, Masayuki Tu - J - 0 2
Yoneda, Naru
Tu-H-03-42-

Mo-F-02
Mo-F-02
We-N-03
Tu - J - 0 8
We-PD-02
Mo-B-03
Tu-H-05
Tu - J - 2 9

ISOM’18 COMMITTEES
Organizing Committee
Chair:
Kawata, Y. (Shizuoka Univ.)
Exofficio:
Mitsuhashi, Y. (ADTC)
Ogawa, K. (Univ. of Tokyo)
Onoe, M. (Univ. of Tokyo)
Toshima, T. (formerly NTT)
Tsunoda, Y. (Hitachi)
Members:
Hoshizawa, T. (Hitachi)
Itoh, K. (Osaka Univ.)
Katayama, R. (Fukuoka Inst. of Tech.)
Miyagawa, N. (Panasonic)
Odani, Y. (OITDA)
Takeshita, N. (Mitsubishi)
Taniguchi, S. (Pioneer)
Advisory Committee
Chen, D. (Chen & Associates Consulting)Fushiki, K. (Fushiki Office)
Goto, K. (Tokai Univ.)
Ichioka, Y. (Osaka Univ.)
Ito, K. (Ricoh)
Itoh, U. (formerly AIST)
Kondo, T. (Shobayashi Int'l PTO)
Kubota, S. (Oxide)
Maeda, T. (formerly Hitachi)
Mansuripur, M. (Univ. of Arizona)Mori, M. (NatureInterface)
Murakami, Y. (Sharp)
Ojima, M. (formerly Hitachi)
Okino, Y. (Kansai Univ.)
Park, Y. -P. (Yonsei Univ.)
Shimano, T. (Hitachi)Sugiura, S. (Univ. of Tokyo)
Tsuchiya, Y. (Nagoya Inst. of Tech.)Steering Committee
Chair:
Katayama, R. (Fukuoka Inst. of Tech.)
Vice Co-Chairs:
Furuya, A. (Tokushima Bunri Univ.)
Shinoda, M. (Kanazawa Inst. of Tech.)
Members:
Barada, D. (Utsunomiya Univ.)
Hosaka, M. (Hitachi)-43-

Huang, D. -R. (Nat'l Dong Hwa Univ.)
Itonaga, M. (JVC KENWOOD)
Kanatake, Y. (Mitsubishi)
Kim, Y. -J. (Yonsei Univ.)
Kobayashi, Y. (Panasonic)
Matoba, O. (Kobe Univ.)
Nishiwaki, H. (Pioneer)
Okano, H. (Toshiba)
Tanabe, T. (NIT Ibaraki College)
Tsai, D. P. (Academia Sinica)
Ushioda, I. (OITDA)
Watanabe, E. (Univ. of Electro-Communications)Technical Program Committee
Chair:
Matoba, O. (Kobe Univ.)
Vice Co-Chairs:
Kinoshita, N. (NHK)
Nomura, T. (Wakayama Univ.)
Ono, M. (JVC KENWOOD)
Members:
Chong, T. C. (SUTD)
Hasegawa, S. (Hiroshima Inst. of Tech.)
Higashino, S. (Sony)
Horisaki, R. (Osaka Univ.)
Huang, D. -R. (Nat'l Dong Hwa Univ.)
Ichiura, S. (Gifu Univ.)
Iiyama, K. (Kanazawa Univ.)
Irie, M. (Osaka Sangyo Univ.)
Kao, T. S. (Nat'l Chiao Tung Univ.)
Kikukawa, T. (TDK)
Kim, J. (Samsung)
Kim, J. -H. (LG)Kim, Y. -J. (Yonsei Univ.)
Milster, T. (Univ. of Arizona)
Nakamura, A. (Panasonic)
Nakamura, Y. (Hitachi)
Nishiwaki, H. (Pioneer)
Park, N. -C. (Yonsei Univ.)
Saito, K. (Kindai Univ. Tech. College)
Shimura, T. (Univ. of Tokyo)
Shin, D. -H. (Samsung)Takabayashi, M. (Kyushu Inst. of Tech.)
Takeda, M. (Kyoto Inst. of Tech.)Tan, X. (Fujian Normal Univ.)
Tominaga, J. (AIST)
Tsai, D. P. (Academia Sinica)
Wang, Y. (CAS)
Watabe, K. (Toshiba)-44-

Wright, C. D. (Univ. of Exeter)
Yagi, S. (NTT-AT)
Local Steering Committee
Bunsen, M. (Fukuoka Univ.)
Katayama, R. (Fukuoka Inst. of Tech.)Okamoto, T. (Kyushu Inst. of Tech.)
Takabayashi, M. (Kyushu Inst. of Tech.)Tate, N. (Kyushu Univ.)-45-

ACCESS TO CONFERENCE SITE
< Access to Kitakyushu Airport >至「北九州空港」
International direct flights（国際線）
From Busan Airport: approx. 60 minutes
From Incheon Airport: approx. 80 minutes
From Dalian Airport: approx. 110 minutes
Domestic flights（国内線）
From Haneda Airport: approx. 110 minutes
自「羽田空港」< Access to Fukuoka Airport >至「福岡空港」
International direct flights（国際線）
From Incheon Airport: approx. 80 minutes
From Taipei Airport: approx. 125 minutes
From Singapore Airport: approx. 360 minutes< From Kitakyushu Airport to Kokura Station >自「北九州空港」
Limousine Bus:
Traveling time to Kokura Station is about 35 minutes.
< From Fukuoka Airport to Kokura Station >自「福岡空港」
Subway: 「地下鉄」(From Fukuoka Airport to Hakata)
Traveling time is 5 minutes.
Sanyo Shinkansen line:「山陽新幹線」(From Hakata to Kokura)
Traveling time is 15 minutes.
< From Shin-Osaka Station to Kokura Station >自「JR 新大阪駅」
Sanyo Shinkansen line:「山陽新幹線」(From Shin-Osaka to Kokura)
Traveling time is 2 hours and 20 minutes.
< From Kokura Station to Kitakyushu International
Conference Center >自「JR 小倉駅」
Walk 5 minutes from the station.
For more information, please refer to the following URL:
http://convention-a.jp/kokusai-kaigi/-46-

CONFERENCE SITE FLOOR
Kitakyushu International Conference Center Floor Map

Salon

Main Entrance

Get Together
Room11Sub Entrance

Registration

Poster Session& Banquet

Oral Session
Main Hall

Event Hall-47-

HOTEL ACCOMMODATIONSThere are a lot of online booking sites in Japan. As theexample, some of them are listed below. You can reserve
your rooms in English at these sites. ISOM does not prepare
any special blocks of rooms for the participants.
・ JAPANiCAN.com
http://www.japanican.com/
・ Japan Traveler Online
http://japantraveleronline.com/
・ Rakuten Travel
http://travel.rakuten.com/
・ Hotels.com
https://www.hotels.com/?pos=HCOM_ASIA&loca
le=en_JP
Shown below are some candidate hotels near the ISOM’18
conference site (Kitakyushu International Conference Center(KICC)).
・ STATION HOTEL KOKURA
http://www.station-hotel.com/english/
・ RIHGA ROYAL HOTEL KOKURA
https://www.rihga.com/kitakyushu
・ ASANO HOTEL
http://www.kiteyone.net/asanohotel/asanohE/ma
in.html・ COMFORT HOTEL KOKURA
https://www.choice-hotels.jp/hotel/kokura/・ JR KYUSHU HOTEL KOKURA
http://www.jrk-hotels.co.jp/en/Kokura/・ NISHITETSU INN KOKURA
http://inn-kokura.nishitetsu-hotels.com/en-gb/
・ HOTEL HARMONIE CINQ
http://harmonie-hotel.jp/fukuoka/
・ HOTEL CROWN PALAIS KOKURA
https://www.crownpalais.jp/kokura/en/
・ HOTEL NEW TAGAWA
http://www.hotel-newtagawa.co.jp/
・ PREMIER HOTEL MOJIKO
http://premierhotelgroup.com/mojikohotel/english/-48-

CITY AND HOTEL MAP

1 STATION HOTEL KOKURA○
2 RIHGA ROYAL HOTEL KOKURA○
3 ASANO HOTEL○
4 COMFORT HOTEL KOKURA○
5 JR KYUSHU HOTEL KOKURA○
6 NISHITETSU INN KOKURA○
7 HOTEL HARMONIE CINQ○
8 HOTEL CROWN PALAIS KOKURA○
9 HOTEL NEW TAGAWA○
10 HOTEL 1-2-3 KOKURA○
11 DAIWA ROYNET HOTEL KOKURAEKIMAE○
12 Kitakyushu International Conference Center○
3-9-30 Asano, Kokurakita-ku, Kitakyushu-shi,
Fukuoka 802-0001-49-

ISOM’18 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