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Final Program
The 14th Conference on Optoelectronics
and Optical Communications
http://www.cooc.org

Conference on
Optoelectronics and Optical
Communications
2 0 0 7
CONTENTS
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39

13:00 ~ 17:00
14:00 ~ 15:50
15:50-16:10
16:10-18:00

8:30-17:00
9:00-10:30
10:30-10:40
10:40-12:10
12:10-13:20
13:20-13:50
13:50-15:50
15:50-17:20
18:00-20:00
8:30-15:00
9:00-10:30
10:30-12:00
12:00-13:00
13:00-14:30
14:30-14:40
14:40-16:10

5월 17 일 ( 목)
학술발표 T1A 한라홀
광원소자 09:00~10:30
좌장 : 박경현(ETRI)
09:00( 초청논문)
T1A-1 중적외선 영역에서의 응용을 위한 DFB
양자 계단 레이저
유재수( 경희대), S. Slivken, M. Razeghi( 노스
웨스턴대, USA)
Distributed feedback quantum cascade lasers
operating in mid-infrared wavelengths (4.8-9.6
um) were fabricated using a buried grating
with epitaxial regrowth. 3 mm-long highreflectivity
coated lasers exhibit output powers
of above 100 mW at room temperature under
continuous-wave mode. Single-mode emissions
with side-mode suppression ratios of >25
dB were achieved.
09:30(Presentation in English)
T1A-2 Effect of Layer Thickness and Composition
Variations on InGaAs(P)/InGaAsP
Intra-step-barrier Quantum Wells for Optical
Modulators
김강백, 신동수( 한양대)
Transfer curves of electroabsorption modulators
with intrastep quantum wells are calculated
with consideration of the layer variations
(thickness and composition). From the calculated
transfer curves of the structures
with different layer variations, we estimate
thechangesintheRFgainofthelinkwhen
the IQW EAM with different layer variation
is used.
09:45
T1A-3 Center Block 효과를 이용한 VCSEL
설계
김성원, 김인, 이은화, 이도영, 오윤경,
장동훈
( 삼성전자)
We simulated the mode property of centerblock
(CB) multimode VCSEL and compared
it with the fabricated chips. Among various
modes, LP02 is most influenced by CB
design. We could reduce FFP angle down
to 5~7° from 15° in an actual chip characteristic.
10:00
T1A-4 두 개의 공진기로 구성된 SOA 기반 다
파장 광섬유 레이저 연구
이관일, 이상배(KIST), 이주한, 김철한(
서울시
립대), 한영근( 한양대)
Simultaneous multiple wavelength lasing
operation is demonstrated with a novel
composite cavity configuration incorporating
a semiconductor optical amplifier. An interleaver
was used in the fiber laser cavity to
achieve more than 24 wavelength oscillations
with a frequency separation of 100 GHz.
The laser exhibits reduced linewidths and a
signal-to-spontaneous-noise ratio of 35
dB, and the total output power is about 10
dBm.Alsothesidemodesuppressionby
the Vernier effect is demonstrated.
10:15
T1A-5 더블 밴드형 InAs/GaAs 양자점 레이저
다이오드
김경찬(KIST, 고려대), 유영채, 정정화,
정진
욱, 이정일, 한일기(KIST), 김동호, 김태근(
고
려대)
We reported the novel laser diode (LD)
structure with double bend waveguide to
satisfy both high-power and stable single
mode operation. High-power single mode
operation in double bend waveguide InAs/
GaAs quantum dot (QD) LDs was demonstrated
for the first time. LDs with 10-μm
stripe width exhibit single lateral mode in
continuous wave and a kink-free output
power of 310 mW with an external efficiency
of 0.34 W/A without facet coating for antiand
high-reflection. To the best of our
knowledge, this is one of the high values
of power level that has been reported in
single mode QD LDs so far.
학술발표 T1B 봉아세미나실
광통신 I 09:00~10:30
좌장 : 장순혁(ETRI)
09:00( 초청논문)
T1B-1 차세대 이동통신용 멀티 홉 기술
황성택, 김병직, 김훈, 이재훈, 이한림, 송기욱,
김상호, 조재헌, 오윤제( 삼성전자), 성원진,
최
진우( 서강대)
This paper introduces multi-hop technologies
for next generation mobile communication
systems which lead to expand cell coverage
and enhance system capacity. We demonstrate
and compare in-band and out of band
multi-hop cell throughput as one of enabling
technologies for next generation wireless
communications. The optical multi-hop technology
is the best candidate to improve
system capacity and outage probability.
09:30
T1B-2 RSOA 기반의 Colorless OLT 및 ONT
를 수용하는 하이브리드 WDM-TDM-Hybrid
PON 시스템
조승현, 이우람, 박만용, 이지현, 김병휘(ETRI)
We have demonstrated that the feasibility of
WDM/TDM hybrid PON systems supporting
RSOA based colorless OLT and ONT.
09:45
T1B-3 Remote pumping 광증폭을 이용한
Hybrid WDM/TDM-PON
박수진(KT), 오정미, 구상근, 이동한( 충남대)
Hybrid WDM/TDM-PON using remotely pumped
EDFA was introduced and the transmission
performance was measured. The evaluated
system can accommodate 512 ONU’s and
the link loss budget is more than 24dB. The
BER was measured for the upstream bit rate
of 1.25Gbps.
10:00( 초청논문)
T1B-4 WDM-PON을 위한 장애위치 검출 및
장애복구 기술
손의승(KT)
A simple and cost-effective fault localization
technique is proposed and demonstrated in
WDM-PON. By reusing the downstream
sources for the OTDR, the proposed technique
can localize the failures in both feeder
anddropfibers.Thenovelself-protecting
architectures are also proposed and demonstrated
for WDM-PON.
학술발표 T1C 사라세미나실
3차원디스플레이
09:00~10:30
좌장 : 길상근( 수원대)
09:00( 초청논문)
T1C-1 해상도가 향상된 컴퓨터적 집적 영상
복원 기술과 그 응용
신동학( 동서대), 김은수( 광운대)
In this paper, various schemes to improve
the resolution of reconstructed 3D images
in computational integral imaging reconstruction
(CIIR) technique and some useful
application systems including a CIIR-based
3D correlator are presented.
09:30
T1C-2 확산-반사형 편광필름을 이용한 눈의
피로를 야기하지 않는 3차원 프로젝션 디스플
레이
김태호, 서종욱, 김용석( 홍익대)
We have developed a new 3D projection
display system using two separate screens
each of which displays the near and far
images, respectively. The front screen consists
of a diffuse-reflective polarizing film (DRPF),
and the far image on the rear screen is seen
undisturbed through the front screen. The
new 3D display system is eyestrain-free
because no misfit between accommodation
and convergence is experienced during
watching the displayed images.
09:45
T1C-3 유기 발광 다이오드 패널을 이용한 2차
원/3차원 변환 가능한 디스플레이
김영민, 조성우, 김윤희, 김주환, 박길배,
강진
모, 정재현, 이병호( 서울대)
A 2D/3D convertible integral imaging system
using an OLED panel for backlight source
is proposed. The OLED panel connected
with driver module can be controlled easily,
and we can form a surface light source or
a point light source array for each mode.
The experimental results support the feasibility
of the proposed system.
10:00
T1C-4 회절격자를 이용한 3차원 집적결상용
시차영상 배열 생성
서장일, 차성도, 신승호( 강원대)
We propose a novel method to display 3D
image, which has continuous parallax, with
conventional 2D display. In the proposed
method, the parallax image array has been
generated from wavelength-depth mapping
3D object by means of diffraction grating.
We present the 3D image reconstructed
from parallax image array.
10:15
T1C-5 오프셋 다중열 1차원 광변조기를 이용
한 선투사 영상 시스템의 해상도 개선
김준회, 신성환, 권성훈( 서울대), 유경식(
기초
전력연구원)
An ‘offset multicolumn one-dimensional
spatial light modulator (offset multicolumn
1-D SLM)’ is introduced. The device improves
spatial resolution of line scanning projection
display system. High-resolution projection
display system can be obtained without
additional costs or the increase of size. Our
10

5월 17 일 ( 목)
device will serve as a key element for mobile
projection display system which requires
compact and cost-effective projection module.
학술발표 T1D 도래세미나실
나노/ 바이오포토닉스 I 09:00~10:30
좌장 : 김동현( 연세대)
09:00( 초청논문)
T1D-1 2차원 광자 결정에서 헤테로 구조와 나
노공진기로의 응용
송봉식( 성균관대, Kyoto Univ.), T. Asano, S.
Noda(Kyoto Univ., Japan)
In this presentation, we show the fundamentals
of heterostructures in two-dimensional
photonic-crystal (PC) slabs and their applications
to ultrahigh-Q nanocavities. We
show experimentally photonic nanocavities
with ultra-high Q factors (~1,200,000) by
constructing photonic double heterostructures.
These nanocavities are important not only
in the development of various photonic
applications but also for advancing our
knowledge of photonic heterostructures.
09:30( 초청논문)
T1D-2 생체내 비침습성 형광분광 진단 기술
한승희(KERI)
The fluorescence emanating from a turbid
medium contains information about scattering,
absorption and the intrinsic fluorescence
(fluorescence only due to fluorophores). We
conducted experiments to examine the
influence of scattering and absorption on
the experimentally measured fluorescence
of a turbid medium such as biological
tissue. Therefore, we acquired fluorescence
and reflectance spectra of tissue phantoms,
human oral tissue and colon tissue with a
wide range of scatterer and absorber concentrations.
By applying a photon migration
model, which uses the scattering and absorption
information contained in reflectance
spectra to remove their distortion also
present in fluorescence spectra, we extract
the intrinsic fluorescence of these tissue
models. We achieved excellent agreement
between modeled and actual intrinsic fluorescence
spectra.
10:00
T1D-3 광 산란 감소 물질을 이용한 스페클 영
상의 대조도 향상에 관한 개선 연구
손태윤, 윤진희, 정병조( 연세대)
This paper aims to enhance the contrast of
laser speckle images. To achieve the aim,
we suggest a new method using optical
clearing agent, glycerol. The glycerol was
topically applied on the porcine skin sample
under which saline solution flow through a
tubing in a constant speed. We observed
the enhancement of optical clearing of skin
and of the contrast of speckle image due
to the reduction of scattering properties.
10:15(Presentation in English)
T1D-4 Two-dimensional photonic crystal
nanocavity with InAs quantum dots
장현주, 김세헌, Yoanna Nowicki, Jean-Michel
Gerard, 이용희(KAIST)
We have designed and fabricated two
dimensional photoni crystal nanocavity with
InAs quantum dots, which have a good
vertical beaming property. We have performed
the micro-photoluminescence measurement
at liquid-nitrogen temperature, which shows
strong Purcell enhancement>10.
학술발표 T2A 한라홀
광도파로 광소자 10:40~12:10
좌장 : 신동수( 한양대)
10:40( 초청논문)
T2A-1 Bragg 격자 포함 고분자 광도파로의 열
광학 효과를 이용한 가변분산보상
주정진, 김민수, 박승구(ETRI), 이명현(
성균관
대), 이형종, 노영욱(( 주) 켐옵틱스)
We demonstrate a thermo-optic tuning technique
of chirp rates with uniform and chirped
Bragg gratings embedded in polymeric waveguides
providing polarization insensitive
reflection band and large thermo-optic
coefficient. Linear temperature gradients
applied along the waveguides induce the
effective refractive index gradients of guided
modes that lead to chirps in the uniform
grating, and to change chirp rates in the
chirped grating. By controlling the temperature
gradients along the 3 cm waveguides,
dispersions in the range of ±200 ps/nm are
tuned within the temperature gradient less
than 12˚C/cm. The large dispersion tuning
range with the small temperature gradient is
a unique property of the polymeric waveguides
due to the large thermo-optic coefficient.
11:10
T2A-2 유연성 기판 브래그 반사 광도파로 소자
김경조, 이정아, 오민철( 부산대)
The device has been fabricated on a flexible
polymer substrate utilizing a post lift-off
process which could provide excellent uniformity
of grating pattern on a plastic film.
The grating pattern is formed by exposing
the laser interference on a photoresist then
inscribed by O2 plasma etching. Uniformity
of grating pattern is improved by using
black matrix polymer which reduces the
Moiré pattern occurred by the reflected
wave passed through thick polymer layers.
The selective adhesion property of SU-8
material for Au and Si surfaces is utilized to
prepare 100-um thick plastic substrate. Single
mode waveguide is fabricated on the plastic
substrate using the polymer materials with
refractive indices of 1.455 and 1.430 for the
core and the cladding layers, respectively.
The Bragg grating on plastic substrate does
not show any degradation on its spectral
response compared to reference sample
made on silicon wafer.
11:25
T2A-3 집적광학 채널 선택 마이크로웨이브 대
역통과 필터
김건덕, 경운환, 이상신( 광운대)
A photonic microwave (MW) channel selective
filter was demonstrated incorporating a 1x2
switch based on two tunable polymeric
resonators with different free spectral ranges.
When the channel centered at 10 GHz was
chosen, the extinction ratio was ~30 dB, the
bandwidth 1 GHz, and the electrical power
consumption 4.1 mW. And for the other
channel located at 20 GHz, we have achieved
the extinction ratio of ~30 dB, the bandwidth
of 2 GHz, and the required power of
8.0 mW. Finally the crosstalk between the
selected and blocked channels was higher
than 24 dB.
11:40
T2A-4 폴리머기반의 파장 가변 결합 링 반사
기의설계및제작
이태형, 이동현, 정영철( 광운대), 박준오(LGS)
A widely tunable coupled-ring reflector
(CRR) based on planar polymer waveguide
is fabricated and the characteristics are
measured. The ring radii for two coupled
rings are designed to be slightly different to
achieve wide tuning using Vernier effect.
Strong reflections are observed at the wavelength
at which both rings are resonant.
Wide tuning is achieved using low current
level as small as a few tens mA.
11:55
T2A-5 Ti:PPLN 도파로를 이용한 Solc 필터의
도파모드 특성 연구
이영락, 유난이, 기철식, 고도경, 유봉안,
신우
진, 엄태중, 노영철, 이종민(GIST, APRI)
The Solc filtering characteristics were investigated
according to waveguide-mode condition
in a periodically poled Ti:LiNbO3 (Ti:PPLN)
waveguide. The quality of the quasi-phasematching
(QPM) grating and the waveguide
was measured by second-harmonic generation
and low-finesse method. We have observed
thesingleandthedualwavelengthfiltering
in the Solc filter depending on waveguidemode
and analyzed various filtering behaviors.
학술발표 T2B 봉아세미나실
광네트워크 I 10:40~12:10
좌장 : 박수진(KT)
10:40( 초청논문)
T2B-1 ASON/GMPLS 기반 광 네트워크의 제
어및관리기술
김영화(ETRI)
ASON/GMPLS 기반 광 네트워크에서 효과적
인제어관리위한주요제어및관리기술을
・
살펴본다. 또한,
이들 기술에 대한 표준화 상황
과연구개발및응용사례를검토하고국내
・
광 네트워크의 연구・개발을 위한 추진 방향을
제안한다.
11:10
T2B-2 브라그 격자를 이용한 파장 가변형 광
전송기의 파장 초기화 방법
이지현, 윤현호, 박만용, 김병휘(ETRI)
We discuss wavelength initialization method
for the Bragg-grating based tunable external
cavity laser that has been developed for its
use in the WDM-PON. In this paper, we
propose a novel, but simple method of
wavelength initialization, without using lookup
table. This proposed method provides the
accuracy such that the wavelengths are
initialized within 0.5 nm from the designated
ones, which is enough to be used in the
WDM-PON with 200GHz wavelength spacing.
11

5월 17 일 ( 목)
11:25
T2B-3 WDM 광 네트워크에서 3R 파장 변환기
의 tunability 영향 분석
장순혁, 정환석, 조윤희, 김광준(ETRI)
The effects of tunability of 3R wavelength
converters (3R-WCs) on WDM mesh network
with finite signal impairment threshold (SIT)
are presented. The blocking probability of
routing and wavelength assignment (RWA)
was calculated with the change of network
resources. We find that severe reduction of
the tuning range of 3R-WCs hardly affects
the network performance.
11:40( 초청논문)(Presentation in English)
T2B-4 다중레벨 광전송시스템에의 Coded
Modulation 기술 적용
M. Sathish Kumar, Namkyoo Park( 서울대),
Hosung Yoon(KT)
Application of a spectrally efficient coded
modulation technique called Trellis Coded
Modulation (TCM) to optical Differential
Quadrature Phase Shift Keying (oDQPSK) is
discussed. Symbol Error Rate (SER) performance
of the resultant system in the
presence of Amplified Spontaneous Emission
(ASE) noise is evaluated using the Karhunene
Loeve Series Expansion (KLSE) method.
Optical Signal to Noise Ratio (OSNR) penalty
due to first order Polarization Mode Dispersion
(PMD) effects of the proposed
scheme is also evaluated.
학술발표 T2C 사라세미나실
홀로그래피 10:40~12:10
좌장 : 전석희( 인천대)
10:40( 초청논문)
T2C-1 감소된 Look-up table을 이용한 컴퓨
터 형성 홀로그램의 고속 생성
김승철, 김은수( 광운대)
In this paper, the Reduced Look-up Table
(R-LUT) is proposed to increase the speed
of CGH generation and to reduce the space
required to store a pre-computed table.
From some simulation result, the proposed
method is 48.8 times faster than the
traditional diffraction-based method. And
thememorysizeusedinproposedR-LUT
method is 271 times smaller than the
memory size used in LUT method.
11:10
T2C-2 주입 잠김된 두 개의 단일 모드 페브리
페롯 레이저를 이용한 높은 점별비를 갖는 전
광 플립플롭
조정식, Nguyen Le Hoang, 정용덕,
원용협
(ICU)
An all-optical flip-flop with inverted output
is presented, which is realized based on the
optical bistability of an injection-locked
single-mode Fabry-Perot laser diode (FP-LD).
The flip-flop with separate optical set and
reset inputs has an on-off contrast ratio of
over 35 dB.
11:25
T2C-3 SiOC박막 위에 이온빔 조사에 의한 액
정의 수직배향
손필국, 김재창, 윤태훈( 부산대)
We investigated alignment of liquid crystal
on amorphous SiOC film surfaces deposited
at the room temperature and irradiated by
the atomic beam. We found by the electrostatic
force microscopy data that the vertical
alignment can be achieved when the electric
potential roughness is high at the SiOC film
surface. We suggest that Coulomb interaction
between liquid crystal molecules and the
ionized film surface has a dominant effect
upon liquid crystal alignment on inorganic
film surfaces by the low-energy ion beam
exposure.
11:40
T2C-4 홀로그래픽 응용을 이한 반사형 포토폴
리머의 광학적 특성
신창원(( 주) 프리즘테크), 김남( 충북대),
길상
근수원대 ( ), 이권연순천대 ( )
In this paper, we investigated optical properties
of a photopolymer OminDex 700serise
for holographic application at the 532nm
wavelength. To achieve the high diffraction
efficiencies in optical system, we measured
a exposure energy and a incident angle for
a maximum diffraction efficiency of the
material. Maximum diffraction efficiency was
measured at beam intensity ratio of 1:1. The
performance and the optical characteristics
of the material will discussed in detail.
11:55
T2C-5 포토폴리머를 이용한 편광 다중화 홀로
그래피
정현섭, 김남( 충북대), 신창원( 프리즘테크),
김
은경( 연세대)
In order to record the polarization gratings,
polarization-sensitive materials, in which
linear birefringence is induced by irradiating
the polarized light, are necessary. In this
paper, we investigated polarization properties
of a photopolymer. We checked orthogonal
and independence of laser. The value of the
photoinduced linear polarization had effect
on diffraction properties in the holographic
gratings.
학술발표 T2D 도래세미나실
광섬유기반소자 10:40~12:10
좌장 : 안준태(ETRI)
10:40( 초청논문)
T2D-1 나선형 장주기 광섬유 격자의 제작과
응용
신우진, 유봉안, 오경환, 이영락, 엄태중,
노영
철, 고도경, 이종민(APRI)
We report a new method of fabrication of
helicoidal long-period fiber gratings by
twisting a single mode fiber with CO2 laser
beam. Detailed fabrication method and the
operation principles of proposed helicoidal
long period fiber gratings are described and
the transmission characteristics were experimentally
demonstrated. Also, we have
developed a new type of all- fiber band
rejection filter consists of helicoidal longperiod
fiber grating pair of opposite helicities,
which provides highly flexible spectral control
over the rejection bandwidth. The proposed
device enables the unique rejection bandwidth
tuning over more than 14 nm at the
rejection level of 15 dB, with low insertion
loss and polarization dependent loss by
adjusting torsion stress.
11:10
T2D-2 Holey 광섬유 기반 장주기 격자의 각도
에 따른 구부림 특성에 관한 연구
송수호, 김길환, 조형수, 배준기, 이상배(KIST),
한영근, 정제명( 한양대), 정창현, 오치환,
강희
전( 옵토매직)
We discuss the bending properties of
long-period fiber gratings (LPFGs) written
in holey Fibers depending on axial rotation
angle. The center wavelength of HF-based
LPFGs is shifted into the shorter wavelength
asthebendingcurvatureincreases.Wealso
investigate the dependence of the bending
characteristics of HF-based LPFGs on axial
rotation angle.
11:25(Presentation in English)
T2D-3 Stable multiwavelength Erbium-doped
fiber laser at room temperature
Guoyong Sun, Daeseung Moon, Youngjoo
Chung(GIST)
A sinusoidal phase modulator is inserted in
the linear cavity, which suppresses the
mode competition due to the homogeneous
line broaden in Erbium-doped fiber. Simultaneous
multi-wavelength lasing is observed
with 0.45 nm intervals defined by the
periodical filter. There are 9 lasing lines in
power differences less than 10 dB and the
side-mode suppression ratio is higher than
25 dB.
11:40(Presentation in English)
T2D-4 Fabrication of core-mode blocker
using micro air bubble in the hollow optical
fiber
전종운, 오경환( 연세대), 김준기, 정용민(GIST),
신우진, 고도경, 이종민(APRI)
We have fabricated a new wavelength
dependent core-mode blocker using micro
air bubble. Micro air bubble have made by
distinctive collapsing of air hole in hollow
optical fiber in optimal fusion splicing conditions.
In addition, the wavelength dependence
of transmission spectra was associated with
thebubblesize.
11:55
T2D-5 1310 nm 파장에서 9.6 dB 이득을 갖는
Bi 첨가 광섬유 증폭기
서영석, 홍성기, 임창환(KAERI), Yasushi Fujimoto,
Masahiro Nakatsuka(ILE, Osaka Univ., Japan)
A 9.6 dB gain is observed at 1310 nm in
a 5.0-cm long bismuth-doped fiber. The
excellent thermal and mechanical properties
of silica glass are very attractive for a
high-average-power laser medium. We have
been developing a new laser medium based
on silica glass, and we have discovered a
new infrared emission from a bismuth-doped
silica glass.
12

5월 17 일 ( 목)
도두세미나실
POSTER SESSION I 15:50~17:20
TP-1 거울이나 FBG를 사용한 Brillouin 산란
센서 시스템의 측정시간
이문희, 심운용, 이호준( 호서대)
A stimulated Brillouin scattering sensor
system with reflector at the end of test fiber
is proposed and analyzed. A reflector same
as a mirror for the reflection of pump and
prove lights or FBG(fiber Bragg grating) for
that of prove light only are compared. The
method to increase the performance is
introduced.
TP-2 펄스-펄스 레이저를 사용한 Brillouin
OTDA의 최대측정거리
홍용현, 이호준( 호서대)
A theoretical study about Brillouin optical
time-domain analysis (BOTDA) using two
pulse lasers is performed. Even though a
point detection is made for a pump pulse
period, the dynamic range performance of
BOTDA using two pulse lasers is approximately
5dB more than that using a pulse
and a CW laser.
TP-3 다중-단일모드 광섬유 변환기 특성 해석
박선옥, 박규하, 양병철, 조경기, 김광택(
호남
대), 백세종, 임기건( 전남대)
The coupling and propagation characteristics
of the multi-to-single mode fiber converter
has been investigated using the beam
propagation method. The core diameters of
thicker end and thinner end are assumed to
be 50 μm and 8μm, respectively. The effect
of lateral misalignments and optical beam
size on the coupling efficiency has been
analyzed. The numerical analysis shows
that the device improve the lateral misalignment
tolerance compared to straight single
mode fiber.
TP-4 다항식 알고리즘을 이용한 광섬유 온도
센서의 선형 복조
박형준, 송민호( 전북대), 이준호( 호서대)
We proposed a polynomial fitting algorithm
with Fabry-Perot ITU filter for the nonlinear
compensation in a MEMS tunable wavelength
filter. From experimental results, the
proposed method has shown constant
accuracy in FBG sensor system without
scanning range of MEMS filter, reducing
linearity error between the polynomial fitted
FBG sensors and reference thermocouple
down to ~ 0.176 %.
TP-5 하이브리드 간섭계를 이용한 광섬유 스
트레인 센서
박형준, 송민호( 전북대)
A fiber-optic strain sensor was proposed by
using a hybrid laser interferometer, a
Michelson and a Mach-Zehnder combined.
For the demodulation of strain, we used
quadrature sampling with zero-crossing
triggers and an accurate and fast phase
demodulation is accomplished without parameter
control of reference trigger.
TP-6 초고속 광 송수신 모듈용 Lensed Fiber
의 제작과 특성
김준형( 전남대), 이상필( 이상테크), 이현용(
전
남대)
Lensed fibers offer a convenient way to
improve coupling between optical fibers
and waveguide devices, laser diodes or
photo diodes. A pair of optic fibers can be
optically coupled by forming lenses at the
ends of the optical fibers and positioning
the lenses substantially in alignment and at
approximately a predetermined spacing. In
this paper, manufactured lensed fiber using
arc discharge method. The coupling efficiency
and alignment/fabrication for optical transceiver
module to lensed fiber coupling is also
measured.
TP-7 광섬유 내의 유도 브릴루앙 산란광을 이
용한 실시간 온도 모니터링에 관한 연구
황경준, 이현룡, 염경태, 김관규, 박종현,
김용
갑원광대 ( )
This study is an application field by using
optical fiber. The system to measure sBs
from optical fiber is designed, So it can be
used as a temperature sensor. by using
frequency shift, resulting from temperature
changes. the frequency shift is checked by
changing temperature from 25℃ to 69℃
with chamber in the laboratory and using
40Km optical fiber. is's also measured by
varying the length of optical fiber The
program to do the real-time monitoring and
analyze the measured data is created to find
accurate frequency. It can be used as an
optical fiber sensor, which is capable of
measuring temperature and distance by
using sBs.
TP-8 다파장 라만 광섬유 레이저 구현을 위한
비대칭라만공진기
임영은, 박창수(GIST), 한수욱, 김동환(KOPTI)
We report a novel Raman fiber laser emitting
three output wavelengths using an asymmetrical
Raman resonator consisting of
broadband chirped fiber Bragg grating (CFBG)
reflector and Germano-silicate Raman fiber.
TP-9 Glasses containing lead chalcogenide
quantum dots for fiber-optic amplifiers
Jong Heo, Chao Liu(POSTECH)
Semiconductor nanocrystals (Quantum dots)
have many unique electronic and optical
properties induced by the quantum confinement
effects when the size of nanocrystals
is comparable or smaller than the
Bohr exciton radii. Unlike II-VI semiconductor
QDs, those made of IV-VI lead chalcogenides
such as PbS, PbSe and PbTe, have narrow
bandgap energies and large exciton Bohr
radii. Thus, this type of quantum dots is
important for the fundamental study of
strong quantum confinement effect, which
can not be realized by other quantum dots
made of wide bandgap semiconductors.
Furthermore, effective bandgap can be tuned
from Mid-IR to visible range. Thus, quantum
dots made of lead chalcogenides have
potentials for tunable IR-lasers, broadband
amplifiers and solar cells. This works reports
optical properties and potential applications
of lead chalcogenide quantum dots embedded
in glasses. Quantum dots were precipitated
through heat-treatment, and its size was
controlled by changing the heat-treatment
condition such as heat-treatment temperature
and time. Optical properties of lead chalcogenide
quantum dots thus prepared were
characterized by absorption and luminescence
spectroscopy. Tunable absorption and emission
between 1~2 μm was achieved, and full
width of half maximum (FWHM) intensity
was of >150 nm. Potentials for broadband
optical amplification will be discussed.
TP-10 금나노입자가함유된광섬유모재의
TEM 분석과 광흡수 특성
주성민,PramodR.Watekar,
한원택(GIST),
강성구, 김철진( 경상대), 정준기( 창원대)
Optical fiber perform incorporated with Au
metal nano-particles in the core was manufactured
using TEOS as a reduction agent
during MCVD with solution doping process.
The formation of Au metal nano-particles
with the average size of 8 nm in the perform
was confirmed by TEM analysis. The absorption
band at 350~550nm
and the peak
at 665nm
are attributed to the Au ions and
Au metal nano-particles present in the
perform, respectively.
TP-11 TEOS의 첨가가 Au-doped광섬유의
광학적 비선형성에 미치는 영향
주성민,PramodR.Watekar,AoxiangLin,
한
원택(GIST), 정혜정, 정채환, 부성재(KITECH)
Optical fiber doped with Au nano-particles
was manufactured by using TEOS as a
reduction agent in Au containing doping
solution during MCVD process. The absorption
peak appeared at 490 nm was attributed to
the surface plasmon resonance of the
incorporated Au nano-particles in the core,
and the nonlinear refractive index, n2, of the
fiber was found to be 2.96 ~1.27×10-16
m2/W at the pump power from 12 to 100
mW.
TP-12 청색 광양자테 레이저의 제작
김영천, 김승식, 장영흡, 권오대( 포항공대)
The PQR laser with ultra-low threshold
current and sharp discrete multei-mode
properties can outdo conventional LEDs.
We have confirmed many advantages of low
injection, high efficiency, high frequency
PQR arrays over the conventional LEDs. We
also extended our PQR work to blue wavelength
regions. To be specific, we fabricated
blue PQR arrays using the GaN wafer with
N type AlGaN/GaN DBRs for higher reflectivity.
The present preliminary studies sere
encouraginginthatthebluePQRregionis
still much brighter than the LED background
region. We will soon get more inproved
characteristics if we fabricate blue PQRs
from GaN wafer with properly grown DBRs
and without sapphire substrate.
TP-13 표면 플라즈몬 이미징을 위한 평판 집
적광학계
박우제, 송석호, 신동호( 한양대)
Most of the existing SPR(surface plasmon
resonance) image processing systems employ
bulky optical components. These systems
are often required precise alignment and
13

5월 17 일 ( 목)
sensitive to mechanical disturbances. In
this paper, we suggested a new planar
integrated optics for SPR imaging designed
by using diffractive optical elements.
TP-14 LiNbO 3의전기광학효과를이용한마
이크로 옵틱 마하젠더 간섭계형 파장 가변
Comb 필터
안상민, 권재영, 김현덕, 송재원( 경북대),
이종
훈(KAIST)
Micro-optic Mach-Zehnder interferometric
tunable comb filter composed of two fiber
collimators and LiNbO 3 plate is proposed
and demonstrated. The measured insertion
loss is 4dB, FSR is 0.2nm, extinction ratio
is 8dB and the wavelength response characteristic
is tuned by the applied electric
field.
TP-15 Photodetection Frequency Response
Peaking in Si Avalanche Photodetectors
Fabricated in Standard CMOS Process
강효순, 이명재, 최우영( 연세대)
We report the photodetection frequency
response peaking in silicon avalanche
photodetectors (APDs) fabricated with 0.18
μm standard complementary metal-oxidesemiconductor
(CMOS) process. The reflection
coefficient measurement of CMOS-compatible
APD (CMOS-APD) indicates that rf-peaking
in the photodetection frequency response is
due to resonance caused by appearance of
inductive components in avalanche region.
Utilizing this rf-peaking, 3-dB bandwidth of
CMOS-APD can be extended.
TP-16 균일 발광을 위한 3차원 회로모델링
기법을 이용한 GaN계 청색 LED의 전극패턴
설계
윤주선, 황성민, 심종인( 한양대)
Current spreading in mesa-structure GaInN
LED grown on insulating sapphire substrates
was analyzed three dimensionally by electrical
circuit modeling method. The method was
able to investigate the influences of material
and structural parameters on LED performances.
By using these theoretical studies,
we designed a new electrode pattern of LED
showing low current crowding and confirmed
its superior characteristics experimentally.
TP-17 Strain에따른InGaAlN
청색레이저다
이오드의 광이득특성 연구
조형욱, 이종창( 홍익대)
The strain effects on the optical gain properties
of wurtzite InAlGaN multiple quantum
well blue laser diode structures were investigated
using the self-consistent method and
the multiband Hamiltonian for the strained
wurtzite crystal. 2% compressive strain gave
up to 60% enhancement to the differential
gainaswellas15nmblueshiftinthelasing
wavelength.
TP-18 MBS 방법을 이용한 집적형 External
Cavity Laser 제작
박상구, 김종혁, 윤현재( 광주대)
In our laboratory, We have developed the
integrated external cavity laser with 1550nm
FP-LD, SWP, and LWP Filter using micro
block stacking technique. the spectrum of
the integrated External CavityLaser(ECL)is
similar to that of DFB-LD. For the case of
using SWP45°, LWP45° filter, single mode
spectrum has been obtained, and the values
of SMSR have been 24dB and 32dB, respectively.
TP-19 외부 반사에 의한 가입자용 DFB LD송
신모듈의 광출력저하
이종진, 강현서(ETRI)
The effect of external feedback on output
power penalty of an isolator free DFB laser
diode transmitter was investigated experimentally.Itwasfoundthatmorethan0.8
dB power penalty occurred at -12dB external
reflection which caused extra light input into
an mPD.
TP-20 주기적 분극 반전된 MgO:LiNbO 3 ridge
waveguide의 녹색광발진
양우석, 송명근, 정우진, 이형만, 김우경,
이한
영( 전자부품연구원), 권순우( 성균관대),
구경
환코맥스 ( )
Quasi-phase-matched (QPM) waveguide
devices for a green light generation were
fabricated by 5 mol% MgO doped congruent
z-cut lithium niobate crystals. Efficient QPM
second harmonic generation (SHG) was
achieved in an adhered ridge waveguide
(ARW).
TP-21 고투과성, 저접촉저항을 위한 p형
GaN
오믹 전극
채승완, 김경찬, 김동호, 김태근( 고려대),
윤석
길, 오방원, 김동식, 김현경( 삼성전기)
We present the electrical and optical characteristics
of the ZnNi/ITO ohmic electrode
formed on p-doped GaN. From the transmission
line mode method, typical specific
contact-resistance of the ZnNi/ITO electrode
wasmeasuredtobeaslowas1.27*10-4
cm2 as the result of the hydrogen storage
property of the ZnNi insertion layer. The
ZnNi/ITO electrode also showed higher transmittance
than conventional Pt/ITO, Ni/Au/ITO,
and Ni/Au electrodes in the range of wavelengths
from 350 nm to 600 nm.
TP-22 Triplexer용 광학박막필터제작
김회경, 윤형도, 서용곤, 임영민, 김명진(KETI)
1310/1490 short wave pass filter was deposited
on spin coated optical polymer film
substrate applying to optical waveguide
type triplexer by dual ion beam sputtering
method. The optical characteristics of this
filter were measured; transmission loss in
the pass band was less than 0.25dB and the
crosstalk attenuation over 30dB for reflection
band.
TP-23 가시광 레이저를 이용한 수광소자 플립
칩본딩 방법
유정희, 이세형, 이종진, 임권섭, 강현서(ETRI)
Optical passive alignment method of photodiode(PD)
flip chip bonding is suggested
for fiber in-line type optical subassembly.
Using the visible He-Ne laser (633nm wavelength),
photodiode is easily aligned with
emitting spot on an optical fiber with the
help of stereoscopic alignment system. We
compensated wavelength dependent deviation
about 4µm to find out real alignment position
of 1550nm input laser by ray tracing.
The maximum optical coupling efficiency
between the optical fiber and photodiode
was about 23%.
TP-24 펨토초 레이저를 이용한 광섬유 절단면
에서의 zone plate 패턴 형성
김준기, 최해룡, 정용민, 이병하(GIST),
오경
환( 연세대), 손익부, 노영철, 이종민(APRI)
We fabricated the zone plate by femtosecond
laser on the optical fiber end. We
investigated the focusing properties by
launching a He-Ne laser beam into the
optical fiber. Coreless silica fiber (CSF)
segments of 200µm diameter were prepared
with the length range of 1000µm to expand
themodefield.
TP-25 질화계 발광다이오드에서 양자우물의
물질상수 추출을 위한 새로운 방법
김현성, 심종인( 한양대)
We propose a simple and new method
which is able to characterize internal device
parameters such as the internal quantum
efficiency, nonradiative recombination rate,
radiative recombination rate, and the internal
carrier density in a light emitting diode.
TP-26 CSRZ 광신호 생성을 위한 광대역
CMOS 신호 혼합 장치
강세경, 이동수, 고제수(ETRI)
A wideband electrical signal mixer for CSRZ
optical signal generation is designed by
using 0.13-µm CMOS technology. The wideband
mixer creates 3-level signal with clock
and data signals and consists of inverters
at input stages of high-speed signal ports,
a switching stage to mix signals, and a
output stage for interface compatibility to
external circuits and an additional amplitude
gain. The simulated results show transmission
speed up to 10 Gb/s, amplitude of 200
mVp-p, an occupied chip area of 0.35 mm
× 0.35 mm.
TP-27 홀로그램 리소그래피 방법을 이용한
In 0.53Ga 0.47 As/InP 양자점 크기 조절
양학( 전남대, KOPTI), 김효진, 김선훈, 김태언,
김상택, 기현철, 양명학(KOPTI), 김진혁(
전남
대), 김회종(KOPTI)
We have investigated the formation of size
controlled In 0.53Ga 0.47As/InP quantum dot by
hologram lithography. The samples used
in this study were crystal structures for
In 0.53Ga 0.47As/InP, which were grown by
metalogranic chemical vapor deposition
(MOCVD). Formation of In 0.53Ga 0.47As/InP
quantum dot was produced by hologram
lithography. The quantum dot show uniform
periodicity with 135nm pitch and 63nm
diameter.
TP-28 비냉각형 1.3μm InGaAlAs DFB 레이
저다이오드제작
김상택, 김선훈, 김태언, 김효진, 기현철, 양학,
양명학, 김회종(KOPTI)
We have fabricated uncoolded 1.3μm ridge
waveguide InGaAlAs DFB laser diodes which
are expected as a candidate of costeffective
light source in access networks.
The fabricated InGaAlAs DFB laser diodes
show low threshold current, high slope
14

5월 17 일 ( 목)
efficiency, high modulation bandwidth, and
high SMSR as well as high-temperature
operation.
TP-29 광로직게이트구현을위한차동구조
수직공진구조 광싸이리스터
최운경, 김두근, 오금윤, 문연태, 김도균,
최영
완( 중앙대), 이석, 우덕하(KIST)
Latching optical switches and optical logic
gates with AND or OR, and the INVERT
functionality are demonstrated, for the first
time, by the monolithic integration of a
differential typed vertical cavity laser with
depleted optical thyristor (VCL-DOT). All
kind of logic functions (AND, OR, NAND,
NOR, and INVERT) are experimentally demonstrated
using a differential switching operation
scheme changing the intensity of a reference
input beam without any changes of electrical
circuits.
TP-30 AWG를 이용한 브래그 격자 스트레인
센서의반사파장측정방법
서준규, 김경조, 오민철, 이상민, 김영제,
김명
현부산대 ( )
AWGs (arrayed waveguide grating) have been
utilized to interrogate the reflection wavelength
of the fiber-optic Bragg reflection
strain sensors. The strain applied to the
FBG (fiber Bragg grating) affects the Bragg
reflection wavelength peak, which can be
translated into the optical output power of
a certain output channel of the AWG. The
movement of reflection peak with the applied
strain is observed by optical spectrum
analyzer. The strain in calculated by the
centroid fit of the output power values
detected from each channel of the AWG.
TP-31 장주기 광섬유격자의 고차 클래딩 모드
를 이용한 초광대역 필터의 구현
김명진, 정용민, 김복현, 한원택, 이병하(GIST)
We demonstrated a broad bandwidth optical
filter using long-period fiber gratings (LPGs),
which have wide dynamic range. The bandwidth
of the output spectrum was reached
to ~ 200 nm and the insertion loss was ~
5 dB. The optimal longitudinal offset distance
between two LPGs was 8 cm.
TP-32 주기적으로 분극 반전된 TI:LiNbO 3 도
파로를 이용한 2차 조화파 Green Laser 제작
손근식, 이상신( 광운대), 이형만, 양우석,
김우
경, 이한영( 전자부품연구원), 권순우(
성균관
대), 송명근( 한국항공대)
We report periodic domain inversion by
electric-field poling in Ti:LiNbO 3 waveguides
for Quasi-phase-matching(QPM) Second
harmonic generation(SHG) applications. Periodically
poled lithium niobate(PPLN) is
known to be one of the most promising
candidates for wavelength conversion applications.
Compact, light and low power
consumed high power Visible or UV wavelength
laser could be commercialized in the
near future.
TP-33 나노임프린트 리소그래피에 의해 제작
된 폴리머 광결정 슈퍼프리즘
최춘기, 한영탁( 한국전자통신연구원)
In this work, we have demonstrated a
2-dimensional polymer photonic crystal
(PPhC) super-prism fabricated by using
thermal-based nanoimprint lithography. The
polymer materials with a low index contrast,
polystylene and Teflon were used as a
waveguide core and clad, respectively. The
design and fabrication process of 2-D
polymer photonic crystal super-prism was
described.
TP-34 광 주입 잠금에 의한 신호 변조된 1.5
μm VCSEL의 편광 스위칭
정규현, 이승훈, 김경헌, 이민희( 인하대),
안준
태, 권오균( 한국전자통신연구원), 송국현(
기
술표준원), 노정래, 유병수(( 주) 레이칸)
We report the measured results on the
polarization switching dynamics of a 1.5 μm
wavelength single-mode vertical cavity surface
emitting laser (VCSEL) under external optical
injection control. Controlling the polarization
direction and detuning the wavelength of
the external injection laser beam causes
dynamical instability and polarization switching
of the VCSEL. A well-defined polarization
switching has been demonstrated
with the 1.5 μm VCSEL modulated at 1 MHz
with a RF pulse amplitude of 0.5 V and with
a DC driving current of 1.9 mA under an
external optical injection of – 16.56 dBm
power.
TP-35 정전내압특성 향상을 위한 플로팅가드
링을 내장한 GaN 발광다이오드
이응신( 한양대), 심종인( 한양대), 황성민(
한양
대), 장동현( 한양대)
We investigaed highly reliable GaN_based
light emitting diodes with the floating guardring
in order to improve the electrostatic
dischare problem. The floating guard-ring
(FGR) was introduced between p- and n-
electrodes. This greatly waken the peak
electric field intensity at the local position
of around p-n junction, which in turn
improves the maximum ESD voltage without
the breakdown. We experimentally observed
that LEDs with FGR showed about 5 times
larger ESD voltages compared to those of
LEDs without FGR
TP-36 엠보싱 공정을 이용한 AWG 제작
최철현, 이민우, 성준호, 김보순, 임해동,
이승
걸, 박세근, 이일항, 오범환( 인하대)
We fabricated an arrayed waveguide grating
(AWG) demultiplexer using UV embossing
process for optical fiber communication
systems and photonic integrated circuits.
UV curable polymers (ZPU 12-47 and ZPU
12-45) were used as the core and upper
cladding layers. The polydimethylsiloxane
(PDMS) mold used for the embossing
process is manufactured by a photoresist
structure formed on a silicon wafer. We tried
the embossing onto a fused silica glass
using the PDMS mold. The upper cladding
layer was coated over the patterned structure.
The residual layer produced after an embossingprocesswasadjustedbythevolume
of polymer droplet. The embossing technique
will have the potential for broad applications
in fabrication of photonic devices.
TP-37 두장의간섭이미지를이용한전역광
결맞음 단층 촬영기법
최우준, 나지훈, 유선영, 박관섭, 민은정,
이병
하(GIST)
Image-restoration method in full-field optical
coherence tomography (FF-OCT) using two
interference fringe-images was demonstrated.
By using both the original and the phaseshifted
images, we could remove DC noise
and obtained demodulated signals (envelope
signals) from interference fringe-images.
With the proposed image-restoration method,
we demonstrated en-face imaging performance
of the implemented FF-OCT system
by presenting a piece of grape.
TP-38 CCD 이미지 센서 드라이버 제작 및 이
를 이용한 Fourier Domain 방식 광계측 시스템
구현
김훈섭, 이정렬, 엄진섭( 강원대)
This paper presents Fourier-Domain optical
measurement system using self-fabricated
CCD sensor driver. The light source is a high
brightness white LED and the detector is a
2048 array typed CCD image sensor. We
have fabricated the CCD sensor driver to
generate four pulse signals, which are the
CCD-driving pulses. Using this Fourier
Domain optical measurement system, the
distance value between the reference mirror
and the sample mirror can be obtained
successfully.
TP-39 금속 박막을 포함하는 1차원의 4층 구
조에서의 분산관계와 이를 통한 표면 플라즈몬
공명 현상 해석과 광파 결합
임용준, 김세윤, 이병호( 서울대)
We numerically solve the dispersion relation
through Kuhn algorithm in the semi-infinite
dielectric-metal structure, 3-layered media
and 4-layered media comprising one metallic
layer accompanying with surface plasmon
resonance. By finding out dispersion relation
and by using TMM (transfer matrix method),
we explain coupling of the incident light in the
target media based on the Kretschmman’s
ATR (attenuated total reflection) configuration.
TP-40 원거리-장에서의 표면 플라즈몬-폴라
리톤 관찰
설강희, 윤재웅, 송석호( 한양대)
As scaling down of the optical devices,
waveguides based on the surface plasmons
attract more attention. Also It becomes
more important in practical meaning to
observe the propagation of surface plasmon
polaritons directly in microscopic scale.
Here we demonstrated possibility of direct
far-field observation of the surface plasmonpolariton
modes which have not originally
any leakage radiation.
TP-41 홀로그램 리소그래피 방법을 이용한 2
차원광결정구조형성
김선훈, 김태언, 양학, 김효진, 김상택, 기현철,
양명학, 김회종(KOPTI)
Photonic crystals can reduce the dimensions
of optical devices and add new functionalities
to photonics integrated circuits. We developed
a procedure to fabricate twodimensional
periodic photonic crystal structure
with hologram lithography. The photonic
15

5월 17 일 ( 목)
crystals show uniform periodicity with 200nm
pitch and 100nm diameter.
TP-42 광양자테 레이저에 의한 생물학적인 세
포의 광조작
이승은, 김영천, 윤준호, 김동권, 구자강,
권오
대(POSTECH)
We report on a new, simple, effective and
fast cell sorting method for massive micromanipulation
of biological cells or small
particles in microfluidic channel involving a
sorter-on-mega photonic quantum ring (PQR)
hole laser chip scheme.
TP-43 구조화된 금속표면에 생기는 표면파의
도파손실에 관한 연구
오상순, 최춘기(ETRI), 이성구, 김재은,
박해용
(KAIST)
We calculated the propagation loss for
surface waves in a structured metal surface,
which has a square array of square holes
with a finite depth, by using the finitedifference
time-domain method. By considering
the propagation lengths for various depths
of the holes and damping constants, we
show that the propagation loss of the
surface wave does not depend on the depth
when the depth is larger than the period, but
mainly depends on the damping constant.
TP-44 컴퓨터 집적 영상 복원 기술에서
Interpolation 기반의 매핑을 이용한 3차원 영
상의 복원
유훈, 신동학( 동서대)
In this paper, we propose a novel scheme to
reconstruct 3D images using an interpolationbased
mapping in computational integral
imaging reconstruction technique. Proposed
scheme can improve the reconstruction quality
of 3-D images. To show the usefulness of
proposed method, computational experiments
are carried out and their results are presented.
TP-45 다공성 알루미나를 이용한 반도체 기판
위에 광 결정구조 제조와 PL특성
정미, 이석, 전영민, 변영태, 우덕하,
김선호
(KIST), 모선일( 아주대), 김근주( 전북대)
We fabricated nanohole structure on semiconductor
substrates using nanoporous
alumina. The photonic crystal structures
were fabricated on semiconductor substrates
as replica of the alumina mask by inductively
coupled plasma reactive ion etching
(ICP-RIE). Optical properties of substrates
with the structure show the enhanced photoluminescence
(PL) intensity.
TP-46 나노포토닉스 응용을 위한 광미세유체
마스크리스 리소그래피와 자기조립
정수은, 박욱, 박현성, 박남규, 권성훈(
서울
대), 유경식( 기초전력연구원)
We propose and demonstrate an optofluidic
maskless lithography technique to fabricate
various polymer microparticles and microwires
in microfluidic channels. Combining maskless
lithography and microfluidic systems, we
demonstrate temporal and spatial control of
polymeric microstructure generation in microfluidic
channels and fluidic self-assembly of
polymeric microstructures to generate a
tightly packed microtile array in microfluidic
channel.
TP-47 금속나노선 구조를 이용한 표면플라스
몬 생체센서의 감도
윤순준, 김동현( 연세대)
We investigate nanowire-based localized
surface plasmon resonance (LSPR) to
evaluate the sensitivity enhancement of an
LSPR biosensor. The results calculated by
rigorous coupled wave analysis and finite
difference time domain method show that
periodic nanowires improve the sensitivity
performance, when localized surface plasmon
is significantly enhanced.
TP-48 FTTH용
G-PON 버스트 모드 광수신
소자 개발
이정문, 전정은, 육혜운, 유주형, 구은정,
주흥
로, 김형문( 엑스엘), 김창봉( 공주대)
A G-PON burst mode optical receiver for
FTTH was developed. Optical receiver for
application of 1.25Gbps and class C transmission
in G-PON (Gigabi - passive optical
network) OLT (optical line terminal) was
developed using avalanche photodiode chip.
The burst mode optical receiver shows
sensitivity of -29dBm at bit-error ratio
10-10 with pseudorandom bit sequence
223-1 data for guard time of 32bit, preamble
time of 48bit, and delimiter time of 16bit.
TP-49 FTTH용 스플리터 설계 방법에 따른 경
제성 분석
최영복(KT 미래기술연구소), 고석봉, 이원형,
박태동(KT 인프라연구소)
Currently, there are numerous PON structures
and varying methods of deploying optical
splitters to distribute the communication
path. Architectures include 1x32 centralized
splitter management systems, 1x4, 1x8 muti
stage decentralized management options,
or a wide variation of architectures inbetween.
This paper will discuss various
architectures, optical splitter technologies,
packaging options for splitters, and how
splitter management impacts the network.
TP-50 스펙트럼 분할된 패브리-패롯 레이저
를 이용한 파장분할 다중방식 수동형 광 가입
자망
이훈근(KAIST), 이혁재( 경남대), 이창희(KAIST)
We propose and demonstrate a low cost
WDM-PON based on the spectrum sliced
F-P LD. By using cyclic AWGs, we achieve
color-free operation with a decision threshold
control.
TP-51 양방향 파장 분할 다중화 수동형 광
가입자망에서의 자체 잠김된 반사형 반도체
광 증폭기를 이용한 지역 기지국의 파장 감시
연구
한승헌, 김태영, 박창수(GIST)
A simple wavelength monitoring technique
of remote node (RN) is proposed using
reflective semiconductor optical amplifier
(RSOA) self-locked by fiber Bragg grating
at the RN. The temperature variation of the
RN can be monitored by measuring the
lasing wavelength of the RSOA. We can
effectively reduce the misalignment of
wavelengths of the RN and the optical line
terminal (OLT).
TP-52 다중 서비스를 위한 광대역 피드포워드
광송신기
문연태, 장준우, 최운경, 김도균, 최영완( 중앙대)
We fabricated a broadband feedforward
optical transmitter for multi-services on
radio over fiber systems. The broadband
feedforward linearization scheme consists
of key components such as a 180
hybrid
coupler and low-cost digital type DFB
lasers. The signal cancellation loop was
properly operated (>10 dB cancellation of
signal) in wide range of 550 MHz (1.87~
2.42 GHz).
TP-53 FPGA를 이용한 40G급 OTU3 프레이
머의 스크램블러/
디스크램블러 구현
신종윤, 김종호, 고제수(ETRI)
This paper presents an implementation of
scrambler/descrambler for OTU3 (Optical
Transport Unit-3) framer using FPGA (Field
Programmable Gate Array). The optimal 256-bit
parallel scrambler designed by a state
transition method is verified, comparing its
result with the result of the high-level
scrambler design.
TP-54 LED램프 통신을 이용한 홈네트워킹
김정헌, 최윤정, 장형식, 한수욱, 김동환(KOPTI)
The feasibility of home networking using
LED lamp communication is reported. The
point-to-point transmission test has been
carried out with the home-made LED stand
lamp and the optical receiver module. For
the data transmission to send/receive some
characters or files two computers with LAN
card are used. Contrary to the conventional
RF wireless technologies for the home
networking, an environment-friendly LED
lamp communication is suggested.
TP-55 전광판을 이용한 정보 전송 시스템
박성범, 현유정, 신동재, 이경우, 신홍석,
최정
석, 정대광, 오윤제( 삼성전자)
We demonstrate the feasibility of visible
light information broadcasting system using
message signboard. This system can provide
the bit error rates (BERs) lower than 10−6
at 4-Mbps and 10-Mbps data rate. Using
four LED array modules, 4-Mbps visible
light signals could be transmitted over 4.2
m. In case of 10-Mbps data rate, the
maximum transmission distance was 3.6 m.
TP-56 단일 모드 페브리페롯 레이저를 이용한
파장 변환기
조민재, 조정식, 정용덕, 원용협(ICU)
A simple wavelength converter using a
Fabry-Perot laser diode which employs a
built-in external cavity and oscillates in
single longitudinal mode is presented. Self
locking state of the FP-LD is modulated by
an injected pump beam.
TP-57(Presentation in English) A Metro
WDM Star Network with a Hybrid MAC
Protocol Based on an Arrayed Waveguide
Grating
Syed Abdul Mannan Kirmani, Seoyong Shin
( 명지대), Hyo-Sik Yang( 세종대)
In this paper, we introduce a reliable, scalable,
and cost-effective switchless wavelength
division multiplexing (WDM) network based
16

5월 17 일 ( 목)
on a quality of service supporting reservation
based medium access control (MAC)
protocol. The protocol not only provides
both packet and circuit switching but also
supports multicasting. The network efficiency
is significantly increased by spatially reusing
wavelengths and exploiting multiple free
spectral ranges (FSRs) of arrayed waveguide
grating (AWG) employed in the architecture.
TP-58 양방향 Radio-over-Fiber 시스템을 위
한 HBT OIL-SOM
김재영, 최우영( 연세대), Hideki Kamitsuna,
Minoru Ida, Kenji Kurishima(NTT, Japan)
The 30GHz optically injection-locked selfoscillating
optoelectronic mixer (OIL-SOM)
is realized using a MMIC HBT oscillator
which can be utilized as a frequency upand
down-converter in antenna base station
of Radio-over-Fiber system.
TP-59 형광특성이 우수한 3,3’-Bipyridazine
유도체의 합성과 센싱 특성 평가
도재권 , 김은경( 연세대) A.-J. Attias(Laboratoire
de Chimie des Polymères, Université Pierre
et Marie Curie, France)
Novel symmetrical 3,3’-bipyridazine derivative
(KDBP1) was synthesized from Negishi
coupling and Knoenevagel condensation.
KDBP1 showed high fluorescence, which
was highly sensitive to organic molecules,
ions, and applied potential. The sensitivity of
KDBP1 toward 9 different organic molecules
were correlated to the emission energy
against polarity of the organic molecules.
KDBP1 showed ion sensitivity and the
quenching effect of KDBP1 on I3- was
highest among the iodine derivatives (I2, I-,
I3-.).
TP-60 Lagrange 방정식을 이용한 솔리톤의
해석
고정민, 유재영( 육군사관학교)
Solitons propagate without loss of intensity
of light beam by virtue of effect among with
linear dispersion and nonlinear self-focusing.
It is possible for the shape distortion
produced by nonlinearity to cancel that
produced by dispersion. Solution of nonlinear
waveequationsisstudiedusingLagrange
equation. Solitons can be made by changing
parameters of the solution of equation.
TP-61 진폭 회절격자를 통한 홀로그라픽 리쏘
그래피의 최적 조건 확립에 관한 연구
여종빈, 윤상돈, 이현용( 전남대)
In this study, we investigated the optical
properties of photo-resist (PR) thin film
reflectance amplitude gratings, the amplitude
difference by using He-Ne laser beam
(632.8 nm). The PR reflectance grating of
the thickness of

5월 17 일 ( 목)
2.36mm and the FOV is 48.48 degree,
known as a wide-angle lens. In addition,
the captured stereoscopic image was
corrected for the barrel distortion and the
horizontal parallax distortion.
TP-72 물체영상의 실감 구현을 위한 햅틱 기
반의 부양영상시스템
이광훈(KIST), 김수호, 윤영수, 김성규( 건국대)
The floating image system is a device to
display the object image in the air between
last surface of the display and an observer.
The object image is displayed through the
optical system which was constructed by
triple lenses and it provides a pseudo 3D
depth to an observer. The haptic system is
a device to synchronize the physical force
and the selected object image which were
recommended to move by user. Specially,
the physical force is responsible for provides
effective realism to an observer when
the floated image and the core of haptic
device were placed and synchronized in the
same plane. In investigation, it was focused
on to embody effectively realistic presence
of the object to an observer by floating
image system merged with a haptic device.
TP-73 2단계 위상천이 디지털 간섭계에서의
퓨리에 변환을 이용한 변위 측정
길상근, 황영관( 수원대), 정종래( 수원과학대),
전석희( 인천대)
Noncontact, quick measurements of displacement
and surface deformation of diffusely
reflecting surfaces are very important for
mechanical design, nondestructive inspection,
and quality control. In this paper we proposed
new method of displacement measurement
using Fourier transform in 2-step
phase-shifting interferometry. Using Michelson
interferometer we obtain digital interferograms
on CCD device. Displacement reconstruction
is calculateded by a phase unwrapping
technique.
18

5월 18 일 ( 금)
학술발표 F1A 한라홀
광소자 요소기술 09:00~10:30
좌장 : 이상신( 광운대)
09:00( 초청논문)
F1A-1 Doping mechanism of p-type ZnO
thin film for LED applications
Sang Yeol Lee(KIST)
The doping mechanism of doped ZnO films
was studied by XRD and X-ray photoelectron
spectroscopy. Doping mechanism
of p-type ZnO films has been suggested
into two different models of complex doping
model and simple model depending on
substituting dopants into group II atomic
site or group VI atomic site. In complex
model, As ions were substituted Zn 2+ sites
in the ZnO films while some of P atomic ions
were substituted into O site in ZnO thin
films. The carrier concentration, hole mobility
and resistivity of p-type ZnO have been
measured.
09:30( 초청논문)
F1A-2 양자 통신용 광송수신 부품 기술
김경헌, 이승훈( 인하대)
This paper presents a brief review of the
state-of-art technologies on single photon
detector (SPD) and quantum signal light
sources for quantum communications. In
addition, our recent experimental result of
an InGaAs-APD based low noise SPD and
its potential application for quantum communications
will be introduced.
10:00
F1A-3 Au 나노입자 크기에 따른 Au:SiON 나
노복합박막에서의 광유도 복굴절
박영규, 김주영, 조규만( 서강대), 조성훈,
이경
석, 김원목(KIST)
Pump and probe arrangement employed in
a polarization homodyne interferometer has
been used to study optically induced birefringence
in Au:SiON nano-composite film.
Dependancy of both magnitude and sign of
the induced birefringence on the Au nanoparticle
size are discussed.
10:15
F1A-4 변형된 wurtzite 반도체의 전기적,
광학
적 특성에 결정 성장방향이 미치는 영향
장동현, 심종인( 한양대)
We investigated the crystal orientation
effects on the valence band structure and
optical gain in strained InGaN/GaN and
GaN/AlGaN QW structures. The full Hamiltonian
of a strained QW structure grown on
a substrate with arbirtray crystal direction
was fully derived for the first time within our
knowledge. The optical gain was calculated
as a function of substrate crystal oriention
by using the kp method and the non-
Makovian gain model with many-body effects.
학술발표 F1B 봉아세미나실
광네트워크 II 09:00~10:30
좌장 : 이주한( 서울시립대)
09:00( 초청논문)
F1B-1 실용화를위한광패킷스위치망디자
인개념
이준구, 김지환, 임진성, 최정렬(ICU)
A novel design concept to attain commercially
deployable optical packet switch network
systems is presented considering performance
of key netkos0703_fullworking functions of
optically transparent packet and burst. We
report that true buffers, even in a shared
manner, are the most important way to
improve the system performance and cost
figures.
09:30
F1B-2 유무선 동시 전송을 위한 반사형 광즉
폭기 기반 양방향 기가급 WDM-RoF System
연구
이대원, 원용욱, 한상국( 연세대)
We proposed a new bidirectional gigabit
wavelength division multiplexed-radio on
fiber (WDM-RoF) system which shares the
same wavelength. Central station for downlink
transmits 3GHz wireless signal with 1.25Gbps
by use of a mach-zehnder modulator. Base
station for uplink transmits 1.25Gbps wireless
signal using a reflective semiconductor optical
amplifier. We demonstrate the error free
transmission for up and downlink wireless
signals of 1.25Gbps
09:45
F1B-3 가시광을 이용한 4Mbps 광무선 전송
실험
현유정, 신동재, 이 경우, 신홍석, 박성범,
최정
석, 정대광( 삼성전자)
We present a visible optical wireless communication
employing visible lights as
communication media. This thesis demonstrates
the feasibility of 4Mbps visible light communication
by using a red-LED and a Si-pin-PD
in an IrDA package. In 1Mbyte file transfers,
about 8cm coverage was achieved at distance
of about 80cm by using a lens in front
of the LED. The ambient light effect from
a white light illumination source was alse
analyzed.
10:00( 초청논문)
F1B-4 ROADM 기술을 이용한 광통신 시스템
이종민, 허윤석( 동원시스템즈), 이상수(ETRI)
Reconfigurable optical add-drop multiplexer
(ROADM) is a core component for optically
reconfigurable networks. We demonstrate
ROADMs that use all-optical, optical-opticaloptical
(O-O-O) switches and optical-electricaloptical
(O-E-O) switches. The O-O-O and
O-E-O switches based ROADMs may accelerate
the evolution of a traditionally fixed OADM
for flexible and intelligent networks.
학술발표 F1C 사라세미나실
디스플레이 09:00~10:30
좌장 : 이혁재( 경남대)
09:00( 초청논문)
F1C-1 수술용현미경을위한HDTV
입체디스
플레이 시스템 개발
권기철(( 주) 프리즘테크), 김남, 김응국,
홍종면
( 충북대)
The stereoscopic imaging has various applications,
because have the depth information
by using the left and right image. In this
paper, we describe a development of the
polarized-light stereoscopic monitoring system
based HDTV for the medical applications of
thestereomicroscope.Thesystemconsists
of the stereoscopic camera part, the stereoscopic
image processor device and the
polarized light stereoscopic monitor. Developed
systems have reduced eyestrain or operator
fatigue about the long time observations of
the microscope.
09:30
F1C-2 Hybrid Alignment Nematic Liquid
Crystal Display with Interdigital Electrode
Using Positive Liquid Crystal Materials
Hun Ki Shin, Tae-Hoon Yoon, Jae Chang
Kim(Pusan Nat'l Univ.)
We propose a hybrid aligned liquid crystal
(LC) cell using a positive dielectric anisotropic
liquid crystal driven by a horizontal field,
which is normally black mode. In the
on-state, vertical aligned LC directors tilt
down and rotate at 45° with respect to the
input polarizer, so that the cell appears to
be white. The device with interdigital electrode
shows a low driving voltage and large cell
gap tolerance.
09:45
F1C-3 R,G,B LED를 이용한풀컬러잔상디
스플레이 장치 구현
김정민, 이혁재, 김한나( 경남대)
Thespintypeafterimagedisplaydevicethat
used existing LED let the several monochrome
LED which I arranged by a straight
line to bottom turn, and an expression did
a monochrome image, and an image of the,
user-centered case rear vanished. I used
spin type afterimage display R,G,B LED in
this thesis, and it was watched afterimage,
and a color of a brightness embodied about
a mixture. I mixed Color of also R,G,B
module LED and each R,G,B LED, and any
kind of afterimage was clear, and comparison
analyzed whether an expression was able
easily, and included the element that was
a concise machine time, and gained an
image to have vanished of the rear and
embodied.
10:00
F1C-4 3-terminal 전극 구조를 이용한 하이브
리드배향된액정소자의시야각변환
권용환, 백종인, 김재창, 윤태훈( 부산대)
We propose a method to achieve both wide
viewing angle (WVA) and narrow viewing
angle (NVA) characteristics in a hybrid aligned
liquidcrystal(LC)cellbyusing3-terminal
electrode structure. We confirmed that both
19

5월 18 일 ( 금)
WVA and NVA characteristics can be
achieved in a single LC cell by using
different driving method with demonstrated
cell structure.
10:15
F1C-5 입체현미경시스템을 이용한 해마세포
적출 평가
임영태, 김남, 윤진선, 이찬수( 충북대),
전석희
( 인천대), 권기철(( 주) 프리즘테크)
Evaluation for dissection of rat hippocampus
using stereoscopic microscope system is
demonstrated. Many animal anatomies are
anatomized with stereoscopic microscope.
The environments of anatomy are important
factor to dissector. Lights, reflected on the
liquid, colors and eye fatigue are fatal to
dissector. We reduced reflections with two
incident angle of lights at 45 degree and
used a complementary color at the basement.
Dissector has felt more comfortable after
compensation and the time of anatomy is
reduced.
학술발표 F1D 도래세미나실
광섬유광원 및 능동소자 I 09:00~10:30
좌장 : 김광택( 호남대)
09:00( 초청논문)
F1D-1 특수 광섬유 격자 제조와 이를 이용한
다파장광원기술개발
한영근( 한양대)
We propose and experimentally demonstrate
a novel optical fiber gratings with multiple
resonant peaks and their application to
multiwavelength light sources with continuous
FSR tunability. The wavelength spacing of
all-fiber multichannel filter based on the
proposed specialty grating can be continuously
controlled by the variation of reflection chirp
bandwidth because the tension and compression
strain can effectively controls the
chirp ratio along the grating.
09:30( 초청논문)
F1D-2 비선형 광섬유 제조 및 전기광학소자
에의 응용
김복현, 한원택(GIST)
Fabrication and electro-optic applications
of glass fibers with electro-optic Kerr effect
were described. Glass fibers with internal
electrodes were fabricated by MCVD, drilling,
fiber drawing processes, and injection of a
molten alloy. Several electro-optic devices
based on the polarimetric cells made by the
fibers were also described.
10:00( 초청논문)
F1D-3 광섬유 증폭기 및 중적외선 응용을 위
한 찰코지나이드계 유리 광섬유
정운진( 공주대), 박봉제, 서홍석, 안준태(ETRI),
최용규( 항공대)
Chalcogenide glasses and optical fibers
based on selenide or sulfide system were
manufactured and characterized their properties
for near and mid-IR applications.
Rod-in-tube and double crucible method
were introduced to achieve single mode
chalcogenide optical fiber. Rare earth doped
selenide and sulfide optical fibers were
drawn and their potential for an optical fiber
amplifier as well as a gain medium in mid-IR
range was examined.
학술발표 F2A 한라홀
광기능소자 13:00~14:30
좌장 : 오민철( 부산대)
13:00( 초청논문)
F2A-1 완전광 3R 재생기 구성을 위한 InP 기
반 광소자
임영안, 심은덕, 고현성, 박경현(ETRI),
이대수
(KRISS), 전민용( 충남대)
We report characterization and experimental
realization of recent InP-related semiconductor
optical devices for all optical 3R regeneration.
13:30( 초청논문)
F2A-2 광센서 응용을 위한 플라즈몬 기반 도
파로
이상준, 김상인( 아주대), 주양현, 이준섭,
윤재
웅, 송석호( 한양대)
We propose several new types of plasmonic
waveguides for optical sensor application.
The propagating mode properties of the
straight and bent waveguides and the sensitivities
for the various structures have
been investigated numerically and experimentally.
14:00
F2A-3 중공 광섬유를 이용한 파면 분리형 광
섬유 간섭계
정용민, 김명진, 최해룡, 김준기, 이병하(GIST),
오경환( 연세대)
We have developed a compact and stable
fiber optic wavefront splitting interferometer
using hollow optical fiber (HOF) spliced
between standard single mode fibers. The
use of a HOF at grazing incidence is to
provide two optical beams with interference.
14:15
F2A-4 주기적인 반사판 구조를 이용한 마이크
로 옵틱 마하젠더 간섭계형 필터
이종훈, 이창희(KAIST), 박성조, 권형우,
김현
덕, 송재원( 경북대)
A micro-optic Mach-Zehnder interferometric
filter composed of an optical collimator with
dual fiber-pigtails and a reflective optical
plate with a periodic mirror pattern has been
proposed and demonstrated. The measured
extinction ratio was larger than 24 dB and
the insertion loss and the PDL of the
implemented filter were less than 1.52 dB
and 0.12 dB, respectively.
학술발표 F2B 봉아세미나실
광신호재생 및 변환 13:00~14:30
좌장 : 이준구(ICU)
13:00( 초청논문)
F2B-1 주입 잠깁된 FP-LD의 쌍안전성을 이
용한 전광 플립플롭
정용덕( 삼성전자), 원용협(ICU)
A novel all-optical flip-flop operation is
presented using the bistability of an injection
locked Fabry-Perot laser diode. For
reset operation, optical negative pulse was
generated by coupled cavity laser diode.
13:30
F2B-2 반도체 광 증폭기와 부분반사거울을 이
용한 광 대역 비선형 광 게이트
정영진( 서울대, KIST), 박종한, 박남규(
서울
대), 손창완, 이석(KIST)
All-optical device employing serially connected
two SOAs and a partial reflective mirror was
proposed as a wide band nonlinear optical
gate. All optical 2R regeneration, and NOR
gate were demonstrated utilizing this simple
structure without any additional external
sources. Comparative analysis with a conventional
structure employing an external
CW source was presented in a static and
a transient domain.
13:45
F2B-3 배열된 장주기 광섬유 격자를 이용한
전광학적인NRZ-to-PRZ
변환기
전시욱 , 김태영, 정영주, 박창수(GIST), Masanori
Hanawa(University of Yamanashi, Japan)
We propose an all-optical NRZ-to-PRZ
converter based on the cascaded long-period
fiber gratings to enhance the clock component
for clock signal extraction. By using
the proposed converter, clock-to-modulation
component ratio was improved about 48
dB.
14:00( 초청논문)
F2B-4 All-Optical Wavelength Conversion
of High Speed Signals Using Short Length
of Bismuth Nonlinear Optical Fiber
Ju Han Lee( 서울시립대)
I review the use of short length of a new
class of ultra-high nonlinearity optical fiber
to implement two different types of NRZ
wavelength converters: One is based on
FWM and the other is XPM. Owing to both
ultra-high Kerr nonlinearity and high SBS
threshold of the Bi-NLF tunable wavelength
conversion of 10 ~ 40 Gbit/s NRZ signals
is successfully achieved without using any
SBS suppression schemes.
학술발표 F2C 사라세미나실
나노/ 바이오포토닉스 II 13:00~14:30
좌장 : 권성훈( 서울대)
13:00( 초청논문)
F2C-1 광자유체소자의 구현을 위한 콜로이드
자기조립기술
양승만, 이승곤, 김신현(KAIST)
Recent advances in microfluidics and nanophotonics
have led to a new emerging field
of optofluidics. In optofluidics, fluid flows
give the fine adaptivity, mobility and accessibility
to the nanoscale photonic devices
which cannot be achieved in conventional
devices. However, homogeneous fluids phase
gives only a limited level of controllability by
its own property and functionality. Unusual
physical, chemical and biomolecular functions
can be endowed by adding various colloidal
particles and their assemblies into the fluids
and the introduction of such complex colloidal
systems gives breakthrough for materializing
optofluidic systems. In this paper, we will
discussafewexamplesofuniqueandnovel
characteristics of self-assembled colloidal
structures for optofluidic applications.
20

5월 18 일 ( 금)
13:30( 초청논문)
F2C-2 Fluorescent magnetic nanoparticles
for visualizing Bonghan duct
정현민, 이창훈, 유정선, 윤태종, 이병천,
이진
규, 소광섭( 서울대)
Nanoparticles were injected into a Bonghan
corpuscle and we observed them to flow
along the Bonghan duct on the surface of
mammalian internal organs. Another application
was injecting them into lymph nodes
so that Bonghan ducts inside lymphatic
vessels were detected and visualized by the
fluorescence of nanoparticles. Light microscope
and electron microscope images revealed
the nanoparticles captured in the extra
cellular matrix of Bonghan ducts.
14:00( 초청논문)
F2C-3 레이저를 이용한 단일 생체 분자의 관
측및제어
홍성철( 서울대)
Single-molecule spectroscopy is a powerful
tool for studying dynamics of biomolecules.
Using its superior spatial and temporal
resolution under biologically relevant conditions,
scientists have determined the detailed
kinetics and mechanisms of a variety of
biological processes. I will review the recent
progress of single-molecule techniques,
including single-molecule FRET, optical
tweezers and magnetic tweezers.
학술발표 F2D 도래세미나실
광섬유측정기술 13:00~14:30
좌장 : 김승관(KRISS)
13:00( 초청논문)
F2D-1 광전송망에서의 PMD변화와 광성능
감시
한기호( 공주대), 이왕주(ETRI)
As bit rate per channel increases up to 40
Gb/s or beyond, PMD is gradually becoming
a main factor limiting performance of optical
transmission system. PMD characteristics
and its influence on performance of optical
signal-to-noise ratio monitoring in WDM
optical network and method to reduce the
PMD effect were theoretically and experimentally
investigated.
13:30
F2D-2 다공광섬유를 이용한 인입용케이블 및
코드의 벤딩특성
정창현, 오치환, 유기선, 강희전(( 주)
옵토매
직), 이관일, 이상배(KIST), 한영근( 한양대)
We present the fabrication of a single and
double core holey fiber optical cord with
bending insensitive holey fibers. The attenuation
losses at 1,383nm and 1,550nm
were measured to be 0.365dB/km and 0.258
dB/km respectively. The insertion loss with
a connector was as low as 0.1 dB. The
proposed cords show excellent properties
in terms of bending loss, compared with
conventional bending resistant SMFs at the
bending diameters of Ø5.5mm and Ø15mm.
13:45( 초청논문)
F2D-3 파장가변 광섬유 링 레이저와 이의 응
용에 관한 연구
유한영, 서호성(KRISS)
We report the fabrication of a tunable
erbium-doped fiber ring laser with a widely
tunable ranges and excellent stability in the
C- &L-band regions. In addition, we performed
two experiments for application of
tunable fiber ring laser. The applications are
measuring system for coefficient of linear
thermal expansion (CTE) of ULE and spectroscopy
of acetylene (13C2H2) and hydrogen
cyanide (H13C14N).
14:15
F2D-4 펨토초 레이저 펄스를 사용한 중공광
섬유 광대역 장주기격자 제작
하우성, 오경환( 연세대), 정용민, 김준기(GIST),
신우진, 손익부, 고도경, 이종민(APRI)
We have fabricated a broadband long period
grating (LPG) on hollow optical fiber (HOF)
by using femtosecond laser pulses. The
filter showed a low insertion loss of 1.7 dB
and very broad FWHM of 160 nm.
학술발표 F3A 한라홀
광송수신소자 14:40~15:55
좌장 : 백용순(ETRI)
14:40( 초청논문)
F3A-160GHz대역 아날로그 광 Systemon-Package
송신기
정용덕, 최광성, 심재식, 유현규, 김제하(ETRI)
We developed an analog optical systemon-package
(SoP) transmitter for 60 GHz
band radio-over-fiber (RoF) link. The SoP
transmitter consisted of an electroabsorption
modulator, RF amplifiers, and a band
pass filter. 60 GHz RoF wireless link was
prepared to measure the performance of the
SoP transmitter. The transmission characteristics
of 64 quadrature amplitude modulation
(QAM) data of 60 GHz RoF wireless
link including SoP transmitter were investigated
by measuring the error vector
magnitude (EVM) and signal-to-noise ratio
(SNR) with a base band frequency.
15:10(Presentation in English)
F3A-2 Enhancement of the internal quantum
efficiency of Light Emitting Diodes by
Surface-Plasmon Resonant Gratings
Ki-young Choi, Jae-woong Yoon, Seok-Ho
Song(Hanyang Univ.) Hyong Sik Won, Hyunjun
Kim, Jin-Ha Kim(Samsung Electromechanics)
We characterized the enhancement efficiency
of spontaneous emission rates in a surfaceplasmon
enhanced light-emitting diode with
a plasmonic (or metallic) grating. We numerically
evaluated the Purcell enhancement
factor of surface-plasmon enhanced LEDs
by the finite different time domain method
including Green’s function calculation. We
found that a reflection-type of the surfaceplasmon
resonant gratings could enhance
the internal quantum efficiency of a conventional
GaN LED dramatically.
15:25
F3A-3 넓은 온도 범위에서 고정 구동전류로
동작하는 1.25 Gbps 850 nm 산화형 VCSEL
송신기의 특성
김태기, 김태용, 김상배( 아주대), 김성한(
씨티
에스)
We have analyzed the transmitter characteristics
of 850 nm oxide¬ VCSELs (Vertical–
Cavity Surface–
Emitting Lasers) over wide
temperature range operating at fixed on¬–
and off–
current. It was revealed that the
optimum value of off–
current for 1.25 Gbps
operation is just below the threshold current.
15:40
F3A-4 60GHz RoF 시스템을 위한 집적화된
헤테로다인 광변조기의 전송 특성
정우진, 김우경, 양우석, 이형만, 이한영(KETI),
권순우( 성균관대), 송명근( 한국항공대),
이광
현, 최우영( 연세대)
The effect of fiber dispersion on signal
distribution according to a modulation schemes
investigated by using a novel heterodyne
electro-optic modulator which enabled both
double sideband(DSB) and single sideband
(SSB) modulation. It was confirmed that
transmission characteristics of SSB modulation
were superior to DSB's. The experiment
results showed that Signal-to-Noise Ratio
(SNR) was better than 20dB at 10km
long
fiber-optic transmission.
학술발표 F3B 봉아세미나실
디스플레이소자 14:40~16:10
좌장 : 신승호( 강원대)
14:40( 초청논문)
F3B-1 Resonant Ring Cavity내에서
Phase
Conjugation을 이용한 홀로그램 기록에 대한
광학적 특성
Eliot H. Hahn, Seung-Dae Sohn, YouHyun
Kim, Yeon H. Lee( 성균관대)
Holograms are recorded by two counterpropagating
beams in a resonant ring cavity.
The Bragg diffracted beam is measured to
show that the recorded hologram has
nonvolatile property. The lateral profile of
the recorded hologram is shown to depend
on the relative position of the crystal to the
beam spot.
15:10(Presentation in English)
F3B-2 Wide Color Gamut Backlight from
Three-Band White LED
김일구, 정길완, 최명수( 삼성전기)
Wide Color Gamut Backlight system was
studied using three-band white LED. Using
for this BLU, Color filter matching simulation
was accomplished. The results show that
the three-band white LED backlight can be
enhanced by up to 16% over conventional
white LED backlight color gamut.
15:25
F3B-3 LED와 아크릴의 Guiding 효과를 이용
한 Backlight System 연구 및 구현
김한나, 이혁재, 김정민( 경남대)
The LCD which is used recently plentifully,
the PMP and the interior, the outside sign
back is using the Backlight System which
uses the fluorescent lamp mainly. When
21

5월 18 일 ( 금)
using the fluorescent lamp with hundred
lights, the light is preponderated with one
place, there is a weak point must use the
war potential which is high. And the
thickness is thick and the weight is heavy.
15:40
F3B-4 탄소나노튜브 기반의 신개념 엑스선 광
원개발
최해영, 김종욱(KERI)
Since its discovery, carbon nanotube (i.e.,
CNT) has been extensively studied because
of its physical, chemical, and mechanical
merits and it has been applied instantly for
many fields such as field emission display
(FED), nanoscale bio-sensor, vacuum electronicdevices,andsoon.Recently,CNT
has been applied for x-ray source as a cold
emitter. In this study, we report a new CNT
based field emission x-ray source in which
CNT emitter can be easily detached or
attached into the x-ray tube while the x-ray
tube is operating. The main advantage of it
is when CNT emitters have problems in the
x-ray tube it can be easily replaced with
new one without any big efforts. Detailed
descriptions of it and some preliminary
x-ray images obtained in this study are
reported.
15:55
F3B-5 탄소나노튜브 기반 엑스선 광원의 특성
최해영, 김종욱(KERI)
Studies on the electronic structure of carbon
nanotube (CNT) are of much importance
because of its efficient utilization in electronic
vacuum devices[1]. These CNTs have
many applications such as field emission
display (FED), LCD backlight units, microwave
amplifiers, lighting lamps, and so on.
One of potential applications is the electron
emitter for x-ray source. In order to obtain
x-ray images of relatively hard material or
components, high quantity of x-ray current
is generally required. In this study, we report
that the current density of x-ray source can
be greatly enhanced by using the CNT
emitter as a cathode. In general, the emission
current of CNT emitter is very sensitive to
gap distance between CNT emitter and grid
metalmesh,andsoon.Extensiveresultsof
these were reported in our recent works[2].
Detailed parameters and corresponding results
were presented and some preliminary characteristics
of the x-ray source were reported
in this study
학술발표 F3C 사라세미나실
나노/ 바이오포토닉스 III 14:40~15:40
좌장 : 정병조( 연세대)
14:40( 초청논문)
F3C-1 광학을 이용한 연골의 진단과 치료
윤종인( 대구가톨릭대)
In optical diagnostics for cartilage, electronkinetic
displacement and optical phase
delays depending on applied excitation
voltage and frequency were measured in
cartilage using differential phase optical
coherence tomography (DP-OCT). The investigation
of electrokinetic behavior using
DP-OCT may be used to develop a non
-invasive optical technique for providing a
sensitive indicator of cartilage viability on
the molecular-level and possibly detecting
early degradative changes in cartilage
associated with osteoarthritis. For a full
understanding of the nature and degree of
cartilage degeneration with a joint, 3-D OCT
was also used to demonstrate surface
topography and subsurface disruption of
articular cartilage. The 3-D OCT volumetric
imaging of cartilage provides an enhanced
appreciation and better understanding of
regional degenerative joint disease than
may be realized by conventional 2-D OCT
sectional images. In optical therapeutics of
cartilage, laser ablation was performed using
different wavelengths based on optical absorption
of cartilage. The results showed
that the wavelength dependence of cartilage
ablation depends on the wavelength and the
wavelength where both protein and water
are absorbed was the most efficient wavelength
for cartilage ablation.
15:10( 초청논문)
F3C-2 근적외선을 이용한 인체 피하지방층,
맥파,
스트레스 관련 정보 추출 및 처리
김경염( 세종대)
The basic principles of measuring and
extracting informations on the human subcutaneous
fat layer, pulse wave, and stress
using near-infrared light sources are presented.
Theoretical and preliminary experimental
results will be discussed in detail in the
presentation.
학술발표 F3D 도래세미나실
광섬유광원 및 능동소자 II 14:40~16:10
좌장 : 엄태중(APRI)
14:40( 초청논문)
F3D-1 한국표준과학연구원의 광섬유 측정표
준현황
김승관, 이동훈, 서호성, 박승남(KRISS)
We present our current status of fiber optics
measurement standards in KRISS, including
fiber optic power responsivity, optical fiber
length, attenuation, return loss, chromatic
dispersion, polarization dependent loss,
polarization mode dispersion, optical fiber
nonlinearities, and so on. We review the
standard measurement methods with principles,
setups, and uncertainties of them.
15:10( 초청논문)
F3D-2 초연속 스펙트럼에서 좁은선폭의 빛의
세기 조절
Dong-Il Yeom, Jeremy A. Bolger, Dane R.
Austin, Boris T. Kuhlmey, C. Martijn de
Sterke, Benjamin J. Eggleton(University of
Sydney, Australia)
We demonstrate tunable spectral enhancement
of the supercontinuum generated in a
microstructured fiber by using a fiber
long-period grating. The long-period grating
leads to phase distortion and loss, which,
with subsequent high-intensity propagation
in uniform fiber, evolves into an enhancement
around the resonant wavelength of the
grating. Wavelength tunability is achieved
by varying the temperature or the ambient
refractive index.
15:40( 초청논문)
F3D-3 고출력 광원을 위한 hollow optical
fiber
김재선( 삼성전자)
Depressed clad hollow optical fibers were
proposed for cladding-pumped high-power
fiber lasers. Nd3+-doped DCHOF and
Yb3+-doped DCHOF generated 3.3W at
929nm with 41% slope efficiency and 3.1W
at 980nm with 34% slope efficiency with
respect to the launched pump power
respectively. The beam qualities were
diffraction-limited. In the case of
Yb3+-doped DCHOF, the power was
scaled up to 7.5W with 49% slope efficiency
with respect to the launched pump power.
도두세미나실
POSTER SESSION II 10:30~12:00
FP-1 유사 주기구조 광결정 분산 보상 광섬유
김소은, 기철식, 이종민(APRI, GIST)
We proposed a photonic crystal fiber based
on a quasi-periodic arrangement of air holes
for chromatic dispersion compensation.
The proposed fiber was a two-concentric
core structure obtained by introducing three
different sizes of air holes in the cladding
The dispersion characteristics of the fiber
are theoretically investigated by using the
semi-vectorial beam propagation method.
The influence of the core structures on the
dispersion characteristics are reasonably
analyzed by using the effective index
model. The quasi-periodic photonic crystal
exhibits very high negative dispersion of
-3400 ps/(km.nm) at 1550nm.
FP-2 KRISS에서
NPL CD와
NIST PMD CRM
에대한측정불확도비교및분석
이성헌, 김용평( 경희대), 유한영, 서호성(KRISS)
We demonstrate uncertainty comparison and
analysis of NPL chromatic dispersion(CD)
and NIST polarization mode dispersion(PMD)
CRM in the KRISS. The uncertainty of each
quantity was evaluated as the combined
standard uncertainty multiplied by a coverage
factor k=2. The measurement uncertainty
was a good agreement between CD &PMD
CRM and PDLA system of KRISS.
FP-3 Cr 4+ :YAG 레이저의 초 광대역 스펙트럼
을 이용한 광통신 파장 영역의 표준 가스의 흡
수스펙트럼 측정
이종민( 충남대), 유한영(KRISS), 전민용(
충남
대), 서호성(KRISS)
We developed a passively mode-locked
infrared Cr 4+ :YAG femtosecond laser with
stable operation in room temperature. The
supercontinuum could be generated by
nonlinear effect of the photonic crystal fiber
of 20 m length with a pulse of mode-locked
Cr 4+ :YAG laser. Finally, we measured absorbtion
spectra of optical communication reference
gases using the supercotinuum of
Cr 4+ :YAG laser.
22

5월 18 일 ( 금)
FP-4 편광유지 side-hole 광섬유를 이용한
Sagnac loop 간섭계의 온도 특성
문대승, 김복현, Aoxiang Lin, Guoyong Sun,
한원택, 정영주(GIST), 한영근( 한양대)
The temperature sensitivity of dB/dT of
different types of PMFs with side holes was
measured using Sagnac loop interferometer.
The thermal expansion coefficient can be
varied by controlling the amount of Ge-doped
in the core region. Using this method,
dB/dT could be made higher than that of
standard PMFs (~10-8/ o C) or comparable
to that of standard PCFs (~10-9/ o C).
FP-5 타원형 코어 광섬유와 사냑 루프를 이용
한 파장 변환 다파장 광섬유 레이저
문대승, 김복현, Guoyong Sun, 김봉균,
김성
호, 한원택, 정영주(GIST), 한영근( 한양대)
We propose and experimentally demonstrate
a tunable multi-wavelength SOA fiber laser
based on the Sagnac loop mirror using two
types of elliptical core side-hole fiber. We
could obtain 18 discrete channels with SNR
over 30 dB and channel spacing of 0.8 nm.
FP-6 상용화된 아크 방전 장치를 이용해 제작
된 광자 결정 광섬유 장주기 격자와 전광섬유
간섭계
최해룡, 김명진, 김석한, 이병하(GIST)
We present long period fiber grating imprinted
in a pure silica PCF by using
commercial arc-discharging system. And,
all-fiber interferometer that is implemented
by combining one point air-hole collapsing
and long period fiber grating is proposed.
As a potential application of all fiber interferometer,
strain sensing is experimentally
demonstrated.
FP-7 잡아 늘린 chalcogenide 광섬유에서 나
타나는 향상된 Kerr 비선형 효과
Dong-Il Yeom, Eric C. Mägi, Hong C.
Nguyen, Libin Fu, Michael R. E. Lamont,
Benjamin J. Eggleton(University of Sydney,
Australia)
We demonstrate enhanced Kerr nonlinear
effects in tapered As2Se3 chalcogenide
fiber. We taper the fiber to sub-wavelength
waist diameter of 1.2 μm and observe
enhanced nonlinearity of 63,600 /W/km,
which is about 40,000 times larger than in
standard single-mode fiber due to the 400
times larger n2 and almost 100 times
smaller effective mode area.
FP-8 광자결정 광섬유의 고차모드 해석
박광노, 장현수, 이경식( 성균관대)
We analyze low and high order mode properties
of the photonic crystal fiber(PCF)
with an improved effective index method
(IEIM). The modal properties computed with
the IEIM, such as the effective index and
mode field intensity of the PCF, are well
matched to the mode properties calculated
by the LFM.
FP-9 광세기기반광섬유Fabry-Perot
스트
레인 센서를 이용한 주파수 영역에서의 진동수
와진폭동시측정
황두선, 황성인, 김성호, 심찬욱, 정영주(GIST)
We will describe the intensity based extrinsic
Fabry-Perot type optical fiber strain sensor
for telemetric sensor system. With this
optical sensor we measured the change of
transmission intensity due to the vibration.
In this paper we will propose the measurement
method of oscillation frequency and
amplitude using FFT of transmission data.
FP-10 FBG 와 LPG Pair 센서를 이용한 광세기
기반 정적/
동적 변형률 측정
김성호, 문대승, 정영주(GIST)
We propose an intensity-based optical
sensor for measurement of both static and
dynamic strain using a fiber Bragg grating
(FBG) and a long-period grating (LPG) pair.
In this system, the center-wavelength shift
was measured in voltage changes by using
a photodetector. The result shows linear
relationship between the strain and the
measured voltage. We will also show measurement
results of 100-Hz dynamic strain
sensing.
FP-11 DFB-LD 단면의 Anti Reflection Coating
설계및제작
기현철, 양명학, 양학, 김태언, 김효진, 김상택,
김선훈, 김회종(KOPTI)
DFB(Distributed Feedback) laser diode has
a reflective facet in a both-ends side
fundamentally. To prevent internal feedback
from both facets for realizing super luminescent
diode and reducing the reflectioninduced
intensity noise of laser diode, it's
key techniques are AR coatings
FP-12 측면 연마된 광섬유 침수 센서의 빔 전
파특성
Cherl-Hee Lee, Jae-Won Song( 경북대),
Kwang Taek Kim( 호남대), JaeHee Park( 계명
대)
Beam propagation analysis of side-polished
optical fiber submergence sensor is demonstrated
by using FDBPM(Finite difference
Beam Propagation Method). The behavior
of a fiber-slab coupler used as a submergence
sensor is studied using a transparent
boundary condition.
FP-13 TAP/PD/ISOLATOR 하이브리드 모듈
의 광학설계 및 분석
김종혁, 윤현재( 광주대)
We have design and analyse optical paths
in the TAP/PD/ISOLATOR Hybrid Module
using CODE V. The tolerance and the
displacement of each component have
been investigated, and the locations of the
output power and focal points have been
determined with the displacements of GRIN
lens, isolator and TAP filter.
FP-14 Chalcogen 화합물을 이용한 나노
Photo thin film transistor에 대한연구
김경암(ETRI, 서강대), 조규만( 서강대),
송기
봉(ETRI)
We used chalcogenide Ge2Sb2Te5(GST) to
fabricate the Photo-Thin Film Transistor of
nano size. In order to measure rectifying
function in the GST it used the AFM
cantilever and it produced.
FP-15 레이저 다이오드의 문턱전류 계산과 측
정불확도
최승남, 강현서(ETRI)
The threshold current of the laser diode and
measurement uncertainty were analyzed. By
using the second derivative method and
cubic interpolation, test time could be
shortened and the measurement uncertainty
was lowered due to the improved calculation
accuracy. Thus the reliable measurement
result could be acquired.
FP-16 닥터 블레이드 기법에 의한 광PCB용
도파로 제작
서용곤, 김회경, 윤형도, 임영민(KETI),
정기
영, 차경순( 뉴프렉스)
We have adopted casting in combination
with the doctor blade technique as a waveguide
fabrication method for a low cost
mass production. The fabricated waveguide
insertion loss is 0.5dB/cm at 850nm wavelength.
FP-17 화학가스 검출용 광결정 적외선 필터
설계
한영탁, 최춘기, 오상순(ETRI)
We designed a photonic crystal enhanced
infrared (IR) filter, which has a narrow
bandpass characteristic, for the detection
of chemical gas such as CO2. The filter
consists of an array of air holes etched into
a dielectric and a periodically perforated
metallic thin film on the silicon substrate.
The transmittance and reflectance for the
structures with square and hexagonal lattices
were calculated by using the finite-difference
time-domain (FDTD) method and we confirmed
the filter characteristics of the structures.
FP-18 점결함을 이용한 초소형 트리플렉서의
설계 및 분석
박대서, 오범환, 박세근, 이일항, 이승걸( 인하대)
In this work, we proposed a compact
1.31/1.49/1.55um triplexer based on the
photonic crystal device with point defects.
The proposed device was designed by
utilizing the plane wave expansion method
and characterized with FDTD method. Optimally
designed triplexer showed the extinction
ratios of -17.8dB for 1.31um, -14.4dB for
1.49um and -15.9dB for 1.55um, respectively.
FP-19 광 부호분할다중접속을 위한 광 결정
그룹 지연 소자
성준호, 최철현, 이민우, 양정수, 이승걸,
이일
항, 오범환( 인하대)
We propose and demonstrate a photonic
crystal optical group delay device, in which
two dimensional photonic crystal line defect
waveguide with chirped hole, induces sequential
optical group delays for time-spreading
/wavelength-hopping optical code division
multiple access (O-CDMA). When a short
pulse signal with a wide spectrum comes
into this device, the guided light is localized
at specific position depending on wavelength.
This concept is suitable to realize a pulse
waveform synthesizer and an en/decoder
for time-spreading/wavelength-hopping O-
CDMA. We have confirmed that this device
23

5월 18 일 ( 금)
has the repetition rate of ~ 1-ps for pulses
with wavelength-interval of 30-nm, by two
dimensional finite difference time domain
simulation.
FP-20 HBr과
H 2O 2의조성비에따른APD
후
면렌즈 형성
김태언, 김선훈, 김효진, 김상택, 기현철, 양학,
양명학, 김회종(KOPTI), 김진혁( 전남대)
InP APD backside anti-refractive(AR) lenses
fabricated using diffusion limited chemical
etching technique. The wet etching process
provided high quality AR lenses in 10G
APDs. AR lens diameter was 80μm. The
surface roughness investigated by scanning
electron microscopy(SEM), atomic force
microscopy(AFM) and thickness measurement
system. Roughness was below ± 7 Å. Etch
rate was increased along with HBr and
H2O2 ratio.
FP-21 디스플레이 응용을 위한 PQR array 최
적화 연구
김승식, 김영천, 장영흡, 김동권,
권오대
(POSTECH)
The photonic quantum ring laser is a three
dimensional whispering gallery mode (WGM)
laser. The PQR offers advantages of extremely
high-density emitter source chip, not available
by any other semiconductor lasers
presently available. We report on the optimization
of the PQR array for display
applications. We observe that the optical
power increases when spacing(center to
center) increases or diameter decreases.
FP-22 복제 공정용 폴리머 원형의 열처리 효
과에 대한 연구
이민우, 최철현, 성준호, 김보순, 임해동,
박세
근, 이승걸, 이일항, 오범환( 인하대)
Polymer master structures for embossing
processes are widely used in laboratories
because of the polymer masters are
convenient to fabricate and also have high
precisions. To enhance surface scattering
losses or other optical characteristics, the
polymer master structures are often thermally
treated, whereas the polymer master structures
are not thermally robust. To observe the
effect of thermal treatment of polymer master
structures, various photoresist polymer materials
are selected and tested.
FP-23 마이크로 렌즈를 집적한 발광 다이오드
에대한연구
이현행, 박시현( 조선대)
We fabricated the microlens-integrated light
emitting diode (LED). InGaN-based LED
was fabricated and then the microlens array
was integrated onto it. Microlens array is
made of UV curable optical adhesive by
photolithography method. We characterized
the microlens array and investigated a light
output form our microlens integrated LED
FP-24 광통신 대역의 메타물질 설계
오성근, 김상인( 아주대)
We numerically demonstrate a metamaterial
of relatively low loss with both negative and
negative in near-infrared wavelength range.
Parametric studies optimizing this negative
index are presented.
FP-25 ESD누적에 따른 850 nm 산화형
VCSEL의 전기・광학적 특성 열화 과정 분석
김태용, 김태기, 김상배( 아주대)
We have investigated the effect of the
forward and reverse ESD pulse accumulation
on the development of the VCSEL’s
electrical and optical characteristics. By
comparing the measured L–– I V charac-
teristics and their derivatives with the fitted
characteristics using an equivalent circuit
model as well as the large signal circuit
model, the development of the electrooptical
characteristics under two different
ESD bias conditions has been fully understood.
FP-26 동일한 InGaAs grating 층에 대한 파장
별 DFB-LD의 문턱전류변화
김효진, 김상택, 김선훈, 기현철, 김태언, 양학,
양명학, 김회종(KOPTI)
We investigated the variation of threshold
on the different wavelength of DFB-LD with
constant InGaAs grating layer. For 20nmthick
In0.53Ga0.47As grating layer, The
wavelength of DFB-LD having the optimal
condition with the lowest threshold current
was 1550 nm in our fabrication process.
FP-27 폴리머 평판 광도파 회로 기반의
Nested-ring Mach-Zehnder 간섭계 구조 광
필터의제작및분석
허용구, 정영철( 광운대)
AnestedringMZI(Mach-Zehnderinterferometer)
device based on polymer planar
lightwave circuit is designed, fabricated,
andmeasured.Itisknowntohaveflat-top
wavelength response when properly designed.
The measured result agrees very well with
the analysis based on transfer matrix formalism.
FP-28 파장 이하의 주기를 갖는 금속격자 기
반 컬러필터
윤여택, 임정규, 이홍식, 이상신( 광운대),
김상
훈, 이기동(LG 전자기술원)
A color filter based on a subwavelength
metallic grating has been designed using
the finite-difference time-domain method.
It is composed of an aluminum substrate
perforated with circular holes, whose dimension
is less than the light wavelength. The
transmission bands of the device were
observed to be centered at 450 nm (blue),
550 nm (green) and 650 nm (red) respectively
for the grating period of 340 nm, 280
nm and 220 nm.
FP-29 두-층 금속광도파로에서의 장거리 표
면-플라즈몬 모드 검증
주양현, 윤재웅, 송석호( 한양대)
We propose a novel structure of doublelayered
metallic surface-plasmon-polariton
(SPP) waveguides. The structure proposed
consists of five layers of insulator-metalinsulator-metal-insulator.
The two metal
layers have a thickness of 20 nm, but the
widths are different to each other. First we
have evaluated characteristics the SPP
modes excited on the double-layered SPP
waveguidesintermsofmodeprofilesand
dispersions, and then demonstrated the
unique features of the structure by experiment
FP-30 Swihart금속 도파로 구조에서의 표면
플라즈몬-폴라리톤 모드해석
정명진, 윤재웅, 송석호( 한양대)
By using Maxwell equations and metal's
permittivities given by Drude model, dispersion
relation of the surface plasmons
excited on Swihart metal structure was
calculated. When the bottom metal of
Swihart structure is a perfect conductor, we
found that the modes are the same in their
modal properties as the surface plasmons
on double electrode waveguide.
FP-31 고 굴절률 차 폴리머 도파로를 이용한
광대역 파장가변 이중 링 공진기 Add/Drop
필터
이동현, 이태형( 광운대), 박준오(( 주)LGS),
김
수현, 정영철( 광운대)
We designed and fabricated widely tunable
add/drop filter using double ring resonators
which have slightly different radii. Polymer
waveguide structure with high index constast
allows us to achieve compact add/drop
filter. The strong drop response 1dB higher
than adjacent peaks is observed at the
wavelength at which two rings are simultaneously
resonant, one FSR (Free Spectral
Range) can be tuned using a current leve
of a few mA. A widely tunable laser diode
based on hybrid-integration will be realized
using this filter.
FP-32 양단면반사율이다중영역Complex-
Coupled DFB 레이저의 Self-pulsation 특성
에미치는영향
김태영, 김부균( 숭실대)
We investigate the effect of the reflectivity
of both facets and the phase of a phase
tuning section on the self-pulsation characteristics
of a multisection complex-coupled
(CC) DFB laser composed of two CC DFB
sections and a phase tuning section
between them in terms of yield.
FP-33 이중 전극 도파로에서 전파하는 장거리
표면 플라즈몬의 특성
윤재웅, 송석호( 한양대), 원형식( 삼성전기),
김
상인( 아주대), 박선택(ETRI)
Along with simple and cost effective fabrication
of metallic thin film waveguides,
large cladding sensitivity of long-range
surface plasmon-polaritons makes it suitable
for applications to mm scale integrated
optical devices. A double electrode waveguide
is known to support long-range
surface plasmon-polaritons with lower loss
and larger cladding sensitivity than those on
a single electrode waveguide. But detailed
properties of them regarding field identities
and critical dependences on material variations
have not been addressed so far. In this
paper, we made theoretical analysis to clear
dependences of dispersion relations and
mode field profiles on material variations of
a double-electrode waveguide.
FP-34 발광다이오드의 방사패턴 제어 및 설계
를 위한 새로운 방법
황성민, 심종인, 윤주선( 한양대)
A new and simple method of 3-dimensional
24

5월 18 일 ( 금)
circuit modeling and analysis is proposed
for the first time in order to find out 3-
dimensional current flow and 2-dimensional
light distribution in InGaN/GaN multi-quantum
well (MQW) light emitting diodes (LED)
devices. We applied the proposed method
and circuit parameters extracted from the
transmission line model (TLM) to a topsurface
emitting-type LED. The emittinglight
distribution of fabricated blue LED
showed a good agreement with our analyzed
result.
FP-35 엠보싱용 실리콘 마스터 제작을 위한
Cl2 가스기반의건식식각
김보순, 이민우, 성준호, 최철현, 오범환,
이승
걸, 박세근, 이일항( 인하대)
Nanoimprint lithography(NIL) is an essential
fabrication technology of optical device and
silicon is an essential material in the
fabrication of a continually expanding range
of micro- and nano- scale optical device.
Silicon master for NIL technology request
perpendicular etched slope and smooth
sidewall. So, in this paper we apply to Cl2
based dry etch can better etched slope and
sidewall than F-based dry etch. Detail result
and etching parameter will be discussed in
the poster session.
FP-36 Natural-drifts 현상을 고려한 다층 다
공질 실리콘 필터
임해동, 최철현, 김보순, 오범환, 이승걸,
박세
근, 이일항( 인하대)
We reported on the characterization and
fabrication of multilayer porous silicon (PS)
free-standing filter. As the pore depth
increases, the availability of fluoride ions at
the point of reaction decreases. Therefore,
the etch rate and optical thickness were
decreased with the depth. In this paper, We
considered the natural-drifts in the thickness
of layers. The characteristics, such as the
reflectance and transmission, will be discussed
in presentation.
FP-37 Axicon Lens를 이용한고심도광결맞
음단층촬영장치
유선영, 나지훈, 최우준, 김석한, 이병하(GIST),
민기현, 최은서( 조선대)
We presented optical coherence tomography
which sample arm is composed of axicon
lens. By using an axicon lens with top angle
of 160°, larger depth of field OCT image is
obtained than when conventional objective
lens (NA 0.45) is used.
FP-38 레이저로 가공된 치아 드릴링 단면의
이미징
최은서, 김영섭, 최영희, 신용진( 조선대),
정은
주, 김창석( 부산대)
We report the cross-sectional image of
tooth, which was drilled by using Nd:YAG
laser. In the laser processing, difference
laser operating conditions such as operational
wavelength and exposure time were
used with keeping pulse power and repetition
rate. The discrepancy between crosssectional
views of prepared samples was
clearly observed with OCT imaging.
FP-39 렌즈형 광섬유 프로브를 이용한 OCT
시스템
유선영, 최해룡, 민기현, 김영호, 이병하(GIST)
In this report, we have fabricated a lensed
fiber by splicing a coreless silica fiber with
a single mode fiber and forming an optical
lens on. The lensed fiber is used as a very
compact sample arm of OCT system, and
the OCT images of a rat finger skin and
garlic are successfully obtained.
FP-40 초다중분광 영상 시스템용 변환 렌즈
권경일, 최영호( 호남대)
A convertible lens having dual field of view
of 10° and 35° have been designed. The
rear-half of the convertible lens along with
a liquid crystal tunable filter has been used
to obtain hyperspectral images spanning
from 400nm to 720nm in 10nm interval. The
operating software has been developed in
LabVIEW.
FP-41 유사 혈액 용액에서의 특정 파장 투과
를 이용한 무채혈 혈당 측정
김기도, 손근식, 박찬규, 이상신( 광운대)
A measurement of glucose level is discussed
based on the wavelength dependent
transmission characteristics in a modeled
blood sample. We have first investigated the
optical transmission of the glucose solution
for the range of from 190 to 2500 nm to find
out the optimum spectral band where the
glucose is most optically sensitive. Then the
transmission characteristics of the glucose
solution were examined by varying its
density. The proposed method will be viable
for the noninvasive detection of glucose
concentrations.
FP-42 기준팔 내에 루프 미러를 사용한
SS-OCT 시스템 구현
김훈섭, 남궁명우, 이정렬, 엄진섭( 강원대)
As a reflector of reference arm in OCT
systems, a coated fiber reflector has mostly
used. Instead, this paper has realized the
swaept source optical coherence tomography
system using a loop mirror within a reference
arm. Through the experiments for a tilted
thin glass plate, we found that the loop
mirror is better than the coated fiber typed
mirror for obtaining the clear image.
FP-43 세포 배양액의 포도당 농도 측정을 위
한 광 측정 시스템
강희성, 배영우, 정병조( 연세대)
Cell culture growth in bioreactors can be
controlled by glucose concentration level in
cell culture media. Most of techniques for
glucose sensing in culture media are based
off-line measurement techniques. In this
paper, we describe a new optical glucose
measurement system which is based on
optical polarimetry method.
FP-44 글리세롤과 마이크로니들 롤러로 처리
된피부의광산란특성감소
윤진희, 손태윤, 류연항, 정병조( 연세대)
The depth of light penetration can be
improved by optical clearing agents (OCAs)
such as glycerol, saline, and dimethyl sulfoxide.
OCAs have previously been shown
to increase light penetration depth in tissue.
We compare the permeability of glycerol
combined with and without micro-needling
threatment. An ex vivo porcine skin was
treated with a micro-needle roller and 80%
glycerol was topically applied on the skin
sample. We show the effect of microneedle
method in the skin permeability of
glycerol.
FP-45 분광 영상기를 이용한 치아 치석 검출
에대한연구
배영우, 강희성, 정병조( 연세대)
Most dental plaque assessment has subjective
components due to the interpretation
of clinicians. Using hyper-spectral camera,
we found appropriate range of wavelength
to assess the dental plaque that is accumulated
on teeth and gingiva. The result
shows the potential for automated and
quantitative measurement screening of dental
plaque with band-pass filter on the conventional
DSLR camera system.
FP-46 근적외선 분광분석법을 이용한 수염자
극에대한쥐뇌의혈류변화연구
이승덕, 권기운, 호동수, 엄기윤, 김법민( 연세대)
Near infra-red spectroscopy (NIRS) can detect
changes of oxy- and deoxy-hemoglobin in
tissues non-invasively. In this paper, we
introduce the continuous wave (CW)-NIRS
system and an optical probe design that can
measure the quantitative changes of the
brain oxygenation.
FP-47 유무선데이터의동시하향전송과파
/
장 공유를 통한 상향 전송을 가진 양방향
WDM-PON 광가입자망 연구
권혁춘, 원용욱, 이대원, 한상국( 연세대)
WDM passive optical network with a simultaneous
wireline/wireless data transmission
in downlink and a wavelength reuse using
a reflective semiconductor optical amplifier
(RSOA) in uplink was proposed and experimentally
demonstrated. We verified the feasibility
of the proposed scheme through
1.25-Gbps bidirectional transmission experiment.
FP-48 확장형 WDM/TDM Hybrid-PON 의 성
능분석
김태연, 윤현호, 이강복, 유제훈, 김병휘(ETRI)
We examine the design issues of immediate
constituent of SWE-PON (Scalable WDM
based Ethernet hybrid-PON) to validate the
economic and practical feasibility of it.
From the numerical analysis and simulation,
we demonstrate the variation of the network
performance; the upstream traffic delay and
throughput of the ONU, in accordance with
the sharing structure of distribution network
and the number of TLD at the feeder network.
FP-49 Manchester coding을이용한RSOA
기반WDM PON의성능개선
김상엽, 손의승(KT), 정윤철(KAIST)
We propose and demonstrate that the
power budget and scalability of the WDM
PON implemented by using RSOA’s can be
significantly improved by modulating the
downstream signals in Manchester format
instead of the conventional NRZ format. As
an example, we experimentally show that
the maximum transmission distance of the
25

5월 18 일 ( 금)
RSOA-based WDM PON can be increased
by a factor of two by using the Manchesterencoded
downstream signals.
FP-50 3D 기반 광전송시설 설계관리시스템
개발
김남규, 이영욱, 정현호, 김병재, 이용기(KT)
Our 3D design and management system for
optical transmission devices adopts 3D
graphical user interfaces to design various
telecommunications equipments and manage
setup space in telephone offices. By using
this system, operators make an effective
plan and design for equipments in realistic
views. Also, expenses, resource lists and
drawings of design equipments are produces
automatically. This paper explains
the structure and functions of our system
in brief.
FP-51 PCAE와
PCAD를 이용한 광정합필터
특성 실험
강태구, 최동묵( 경북대)
We have analyzed the performance of
optical matched filters in the fiber-optic
code division multiple access (FO-CDMA)
system based on optical parallel coupler
access encoder (PCAE) and parallel coupler
access decoder (PCAD) by experiment. We
found that the proposed PCAE and PCAD
are superior to SCAE and SCAD in performance
improvement.
FP-52 X-밴드용 위상 배열안테나를 위한
WDM 3-비트 광 실시간 지연선로
정병민, 신종덕, 김부균( 숭실대)
We have demonstrated a WDM optical true
time-delay (OTTD) beamformer for linear
X-band phased-array antenna systems. It
is composed of a 4×3 delay lines matrix and
a multi-wavelength source with four distributedfeedback
laser diodes. The matrix building
block is a 2×2 optical MEMS switch with a
fiber length connected between cross ports.
We measured the time delay difference at
5- and 10-GHz with error less than ±2 ps.
FP-5340Gb/s데이터 복원 IC어셈블리를
위한 기판의 설계와 제작
임상규, 이상수, 이현재, 고제수(ETRI)
The substrate for the packaging of a 40
Gb/s data recovery IC was designed and
fabricated. After a 40 Gb/s data recovery IC
was mounted on the substrate, the data
recovery module was evaluated. Wide eye
opening of the recovered data waveform
was confirmed for 40 Gb/s PRBS with a
word length of 2^31-1, and the rising/falling
times (10~90 %) of the output waveform
were measured

5월 18 일 ( 금)
and the operation program for fringe analysis
and hardware control of the FPSI system is
developed.
FP-66 컴퓨터 복원방식의 집적 영상을 이용한
3차원 영상 상관 검출기
김창근, 이광진, 황동춘( 광운대), 신동학(
동서
대), 김은수( 광운대)
In this paper, a novel resolution-enhanced
three-dimensional (3-D) image correlator
by use of computationally reconstructed
integral images is proposed to extract
accurate location data of 3-D objects.
Through cross-correlations between the
reconstructed reference and target plane
images, 3-D location data of the target
objects in a scene can be robustly extracted.
To show the feasibility of the proposed
method, some experiments are carried out
and its results are presented as well.
FP-67 동영상의 연속된 프레임에 대한 컴퓨터
형성 홀로그램의 효과적인 생성
윤정훈, 김승철, 김은수( 광운대)
일반적으로 동영상은,
한 프레임에서 다음 프
레임으로 넘어갈 때 화면 전체가 변하는 경우
는 많지 않다. 즉,
동영상의 인접한 프레임들
간에는 전체 화면 중 상당부분은 변하지 않고
유지되는 것이다.
본 논문에서는 이와 같은 동
영상의 일반적인 특성과 감소된 룩업테이블 방
법의 원리를 이용하여 동영상 홀로그램 패턴의
생성속도를증가시킬수있는방법을제안
하였다.
그리고 몇몇 실험을 통하여 제안된 방
법을 이용하여 홀로그램의 생성 속도가 향상됨
을 보였다.
FP-68 초 다시점 3차원 디스플레이 시스템에
서의 단안시차에 대한 분석
조성우, 김주환, 김윤희, 김영민, 박길배,
이병
호서울대 ( )
We simulate accommodation using the wave
analysis and perform an experiment in a
super multi view system. Three-dimensional
points are displayed and investigated at the
retina in simulation and a point light source
array system is used for the experiment of
three-dimensional display. Both results show
that monocular parallax is not realized in the
super multi view system.
FP-69 광섬유 어레이를 이용한 2 차원/3차원
집적 영상 시스템
김영민, 조성우, 김윤희, 김주환, 박길배,
정재
현, 강진모, 이병호( 서울대)
A three-dimensional (3D)-two-dimensional
(2D) convertible display system using a
plastic fiber array is proposed. The proposed
system has an advantage of making use of
a light source for 3D image from an arbitrary
location. The optical efficiency of 3D images
in the proposed system is enhanced.
FP-70 다시점디스플레이의깊이및각도방
향 해상도에 관한 분석
김주환, 김윤희, 최희진, 조성우, 이병호( 서울대)
The multi-view display systems are analyzed
in the sense of convergence and motion
parallax using ray optics. The analyzed
viewing parameters are depth resolution
and angular resolution.
FP-71 할로우 광섬유 절단면의 1차원 회절 격
자실현
이세진, 오경환( 연세대), 김준기, 정용민(GIST),
신우진, 손익부(APRI)
We fabricated 1-D diffraction grating on the
end surface of cleaved hollow optical fibers
with a direct inscribing method using femtosecond
laser pulses. The measured near
and far fields were modulated by diffraction
grating.
FP-72 광루프메모리용다기능전광NOT,
AND 논리소자
최경선(KIST, 고려대), 전영민, 우덕하, 이석,
김선호(KIST), 박진우( 고려대)
Multi-functional all-optical logic gates including
NOT and AND gates are successfully
demonstrated for optical loop memory. The
characteristics of all-optical logic NOT and
AND are operated at 10Gbps in single format
by using the cross gain modulation (XGM)
characteristics of semiconductor optical
amplifiers (SOAs).
FP-73 나바로 정밀모형안에서 조절-오차 분석
최가을, 송석호( 한양대), 김상기( 동남보건대)
The accommodation stimulus-response function
and its relationship to the retinal image
quality were investigated using a modified
wavefront sensor. The Navarro accommodationdependent
model of the eyes were also
analyzed for a fixed 3-mm pupil diameter
and six vergence stimuli between 0.17 D
and 5 D. For each of the vergence distances,
the accommodation-refractive power and
the modulation transfer function(MTF) were
measured. We found that the error calculation
of the accommodation-refractive
power made some difference with the real
eye measurement value. To fix the difference
the refractive power errors of the Navarro
accommodation-dependent eye-model was
reduced and the retinal image quality exactly
proportion to the accommodation was obtained
by accurately designing the accommodation
error of the eye model.
FP-74 경계정보를 이용한 수정된 골드스테인
알고리즘
윤선규( 고려대, KIST), 유영훈( 제주대),
김성
규(KIST)
Generally, many kinds of phase unwrapping
methods are used to obtain threedimensional
feature in digital hologram. The
Goldstein algorithm is representative method
which requires small memory and short
execution time for an unwrapping process.
However, The Goldstein algorithm has some
problems when the residue is located at
boundary, which residue distance is shorter
than the boundary distance. We have
modified the Goldstein algorithm to solve
the incorrect calculation problem using
boundary information. We found that the
modified Goldstein algorithm could the
solve the Goldstein algorithm's problems.
FP-75 형광 물질을 포함한 광폴리머 필름의
홀로그래피기록특성평가
오현진, 도재권, 김은경( 연세대)
Photopolymer films containing photoreactive
monomers and fluorescent materials were
investigated for holographic data storage.
In this investigation, a monofuctional acrylate,
ethylene glycol phenyl ether acrylate, was
used for the formation of photopolymerization
and bipyridazine derivatives were used as
fluorescent probe. The mixture of acrylate
monomer, binder, photo initiator and fluorescent
probe was coated on slide glasses.
Holographic recording was performed on
the photopolymer film by the combination
of reference and probe beam. Diffraction
efficiency of the photopolymer film containing
the fluorescent probe showed stable
value after it reached maximum within 100s.
Fluorescent grating image was observed
from the recorded films.
27

28
강성구
TP-10
강세경
TP-26
강우성
TP-71
강진모
T1C-3
강진모
TP-66
강진모
FP-69
강태구
FP-51
강현서
TP-19
강현서
TP-23
강현서
FP-15
강효순
TP-15
강희성
FP-43
강희성
FP-45
강희전
T2D-2
강희전
F2D-2
경운환
T2A-3
고도경
T2A-5
고도경
T2D-1
고도경
T2D-4
고도경
F2D-4
고석봉
TP-49
고정민
TP-60
고제수
TP-26
고제수
TP-53
고제수
FP-53
고현성
F2A-1
구경환
TP-20
구상근
T1B-3
구은정
TP-48
구자강
TP-42
구자환
FP-61
권경일
FP-40
권기운
FP-46
권기철
F1C-1
권기철
F1C-5
권성훈
T1C-5
권성훈
TP-46
권순우
TP-20
권순우
TP-32
권순우
F3A-4
권오균
TP-34
권오대
TP-12
권오대
TP-42
권오대
FP-21
권오장
TP-69
권용환
F1C-4
권재영
TP-14
권혁춘
FP-47
권형우
F2A-4
기철식
T2A-5
기철식
FP-1
기현철
TP-27
기현철
TP-28
기현철
TP-41
기현철
FP-11
기현철
FP-20
기현철
FP-26
길상근
T2C-4
길상근
TP-73
김강백
T1A-2
김건덕
T2A-3
김경암
FP-14
김경염
F3C-2
김경조
T2A-2
김경조
TP-30
김경찬
T1A-5
김경찬
TP-21
김경헌
TP-34
김경헌
F1A-2
김관규
TP-7
김광준
T2B-3
김광준
FP-58
김광준
FP-59
김광택
TP-3
김근주
TP-45
김기도
FP-41
김길환
T2D-2
김 남 T2C-4
김 남 T2C-5
김 남 F1C-1
김 남 F1C-5
김남규
FP-50
김남규
FP-60
김도균
TP-29
김도균
TP-52
김도영
FP-61
김동권
TP-42
김동권
FP-21
김동식
TP-21
김동표
TP-75
김동현
TP-47
김동호
T1A-5
김동호
TP-21
김동환
TP-8
김동환
TP-54
김두근
TP-29
김명진
TP-22
김명진
TP-31
김명진
FP-6
김명진
F2A-3
김명현
TP-30
김민수
T2A-1
김법민
FP-46
김병재
FP-50
김병재
FP-60
김병직
T1B-1
김병휘
T1B-2
김병휘
T2B-2
김병휘
FP-48
김보순
TP-36
김보순
FP-22
김보순
FP-35
김보순
FP-36
김복현
TP-31
김복현
F1D-2
김복현
FP-4
김복현
FP-5
김봉균
FP-5
김부균
FP-32
김부균
FP-52
김부균
FP-54
김상기
FP-73
김상배
FP-25
김상배
F3A-3
김상엽
FP-49
김상인
FP-24
김상인
FP-33
김상인
F2A-2
김상택
TP-27
김상택
TP-28
김상택
TP-41
김상택
FP-11
김상택
FP-20
김상택
FP-26
김상호
T1B-1
김상훈
FP-28
김석한
FP-6
김석한
FP-37
김선호
TP-45
김선호
TP-70
김선호
FP-72
김선훈
TP-27
김선훈
TP-28
김선훈
TP-41
김선훈
FP-11
김선훈
FP-20
김선훈
FP-26
김성규
TP-72
김성규
FP-74
김성원
T1A-3
김성한
F3A-3
김성호
FP-5
김성호
FP-9
김성호
FP-10
김세윤
TP-39
김세헌
T1D-4
김소은
FP-1
김수현
FP-31
김수호
TP-72
김승관
F3D-1
김승식
TP-12
김승식
FP-21
김승철
T2C-1
김승철
TP-64
김승철
FP-67
김신현
F2C-1
김영민
T1C-3
김영민
TP-66
김영민
FP-68
김영민
FP-69
김영섭
FP-38
김영제
TP-30
김영천
TP-12
김영천
TP-42
김영천
FP-21
김영철
FP-57
김영호
FP-39
김영화
T2B-1
김용갑
TP-7
김용석
T1C-2
김용평
FP-2
김우경
TP-20
김우경
TP-32
김우경
F3A-4
김원목
F1A-3
김윤희
T1C-3
김윤희
TP-66
김윤희
FP-68
김윤희
FP-69
김윤희
FP-70
김은경
T2C-5
김은경
TP-59
김은경
FP-63
김은경
FP-75
김은수
T1C-1
김은수
T2C-1
김은수
TP-64
김은수
FP-66
김은수
FP-67
김응국
F1C-1
김 인 T1A-3
김일구
F3B-2
김재선
F3D-3
김재영
TP-58
김재은
TP-43
김재창
T2C-3
김재창
TP-65
김재창
F1C-4
김정민
F1C-3
김정민
F3B-3
김정일
TP-65
김정헌
TP-54
김정훈
FP-63
김제하
F3A-1
김종욱
F3B-4
김종욱
F3B-5
김종혁
TP-18
김종혁
FP-13
김종호
TP-53
김주영
F1A-3
김주환
T1C-3
김주환
TP-66
김주환
FP-68
김주환
FP-69
김주환
FP-70
김준기
T2D-4
김준기
TP-24
김준기
FP-71
김준기
F2A-3
김준기
F2D-4
김준형
TP-6
김준회
T1C-5
김지환
F1B-1
김진헌
TP-65
김진혁
TP-27
김진혁
FP-20
김진희
TP-65
김창근
FP-66
김창봉
TP-48
김창석
FP-38
김철진
TP-10
김철한
T1A-4
김태근
T1A-5
김태근
TP-21
김태기
FP-25
김태기
F3A-3
김태언
TP-27
김태언
TP-28
김태언
TP-41
김태언
FP-11
김태언
FP-20
김태언
FP-26
김태연
FP-48
김태영
TP-51
김태영
FP-32
김태영
F2B-3
김태용
FP-25
김태용
F3A-3
김태호
T1C-2
김한나
F1C-3
김한나
F3B-3
김현경
TP-21
김현덕
TP-14
김현덕
FP-56
김현덕
FP-57
김현덕
F2A-4
김현성
TP-25
김형문
TP-48
김회경
TP-22
김회경
FP-16
성명 논문번호 성명 논문번호 성명 논문번호 성명 논문번호 성명 논문번호 성명 논문번호
>>> 저자 색인

29
김회종
TP-27
김회종
TP-28
김회종
TP-41
김회종
FP-11
김회종
FP-20
김회종
FP-26
김효진
TP-27
김효진
TP-28
김효진
TP-41
김효진
FP-11
김효진
FP-20
김효진
FP-26
김 훈 T1B-1
김훈섭
TP-38
김훈섭
FP-42
김 휘 TP-68
나지훈
TP-37
나지훈
FP-37
남궁명우
FP-42
노영욱
T2A-1
노영철
T2A-5
노영철
T2D-1
노영철
TP-24
노정래
TP-34
도재권
TP-59
도재권
FP-75
류연항
FP-44
모선일
TP-45
문대승
FP-4
문대승
FP-5
문대승
FP-10
문성욱
FP-55
문연태
TP-29
문연태
TP-52
민기현
FP-37
민기현
FP-39
민은정
TP-37
박경득
FP-54
박경현
F2A-1
박관섭
TP-37
박광노
FP-8
박규하
TP-3
박길배
T1C-3
박길배
TP-66
박길배
TP-67
박길배
FP-68
박길배
FP-69
박남규
TP-46
박남규
F2B-2
박대서
FP-18
박만용
T1B-2
박만용
T2B-2
박봉제
F1D-3
박상구
TP-18
박선옥
TP-3
박선택
FP-33
박성범
TP-55
박성범
F1B-3
박성조
F2A-4
박세근
TP-36
박세근
FP-18
박세근
FP-22
박세근
FP-35
박세근
FP-36
박수진
T1B-3
박승구
T2A-1
박승남
F3D-1
박승룡
TP-69
박시현
FP-23
박영규
F1A-3
박우제
TP-13
박 욱 TP-46
박정현
TP-66
박종한
F2B-2
박종현
TP-7
박준범
FP-55
박준오
T2A-4
박준오
FP-31
박진우
TP-70
박진우
FP-72
박찬규
FP-41
박창수
TP-8
박창수
TP-51
박창수
F2B-3
박태동
TP-49
박해용
TP-43
박현성
TP-46
박형준
TP-4
박형준
TP-5
박형진
TP-65
배영우
FP-43
배영우
FP-45
배준기
T2D-2
백세종
TP-3
백종인
F1C-4
변영태
TP-45
변영태
TP-70
부성재
TP-11
서영석
T2D-5
서용곤
TP-22
서용곤
FP-16
서장일
T1C-4
서종욱
T1C-2
서준규
TP-30
서호성
FP-2
서호성
FP-3
서호성
F2D-3
서호성
F3D-1
서홍석
F1D-3
설강희
TP-40
성원진
T1B-1
성준호
TP-36
성준호
FP-19
성준호
FP-22
성준호
FP-35
소광섭
F2C-2
손근식
TP-32
손근식
FP-41
손의승
T1B-4
손의승
FP-49
손익부
TP-24
손익부
FP-71
손익부
F2D-4
손창완
F2B-2
손태윤
T1D-3
손태윤
FP-44
손필국
T2C-3
송국현
TP-34
송기봉
FP-14
송기욱
T1B-1
송명근
TP-20
송명근
TP-32
송명근
F3A-4
송민호
TP-4
송민호
TP-5
송봉식
T1D-1
송석호
TP-13
송석호
TP-40
송석호
TP-69
송석호
FP-29
송석호
FP-30
송석호
FP-33
송석호
FP-73
송석호
F2A-2
송수호
T2D-2
송재원
TP-14
송재원
F2A-4
신동수
T1A-2
신동재
TP-55
신동재
F1B-3
신동학
T1C-1
신동학
TP-74
신동학
FP-66
신동호
TP-13
신성환
T1C-5
신승호
T1C-4
신용진
FP-38
신우진
T2A-5
신우진
T2D-1
신우진
T2D-4
신우진
FP-71
신우진
F2D-4
신원주
TP-65
신종덕
FP-52
신종덕
FP-54
신종윤
TP-53
신창원
T2C-4
신창원
T2C-5
신현준
FP-55
신홍석
TP-55
신홍석
F1B-3
심운용
TP-1
심은덕
F2A-1
심재식
F3A-1
심종인
TP-16
심종인
TP-25
심종인
TP-35
심종인
F1A-4
심종인
FP-34
심찬욱
FP-9
안상민
TP-14
안준태
TP-34
안준태
F1D-3
양명학
TP-27
양명학
TP-28
양명학
TP-41
양명학
FP-11
양명학
FP-20
양명학
FP-26
양병철
TP-3
양승만
F2C-1
양우석
TP-20
양우석
TP-32
양우석
F3A-4
양정수
FP-19
양 학 TP-27
양 학 TP-28
양 학 TP-41
양 학 FP-11
양 학 FP-20
양 학 FP-26
엄기윤
FP-46
엄진섭
TP-38
엄진섭
FP-42
엄태중
T2A-5
엄태중
T2D-1
여종빈
TP-61
여종빈
TP-62
여종빈
FP-62
여종빈
FP-64
염경태
TP-7
오경환
T2D-1
오경환
T2D-4
오경환
TP-24
오경환
FP-71
오경환
F2A-3
오경환
F2D-4
오금윤
TP-29
오민철
T2A-2
오민철
TP-30
오민철
TP-65
오방원
TP-21
오범환
TP-36
오범환
FP-18
오범환
FP-19
오범환
FP-22
오범환
FP-35
오범환
FP-36
오상순
TP-43
오상순
FP-17
오성근
FP-24
오윤경
T1A-3
오윤제
T1B-1
오윤제
TP-55
오정미
T1B-3
오치환
T2D-2
오치환
F2D-2
오현진
FP-75
우덕하
TP-29
우덕하
TP-45
우덕하
TP-70
우덕하
FP-72
원용욱
F1B-2
원용욱
FP-47
원용협
T2C-2
원용협
TP-56
원용협
F2B-1
원형식
FP-33
위성민
TP-71
유경식
T1C-5
유경식
TP-46
유기선
F2D-2
유난이
T2A-5
유병수
TP-34
유봉안
T2A-5
유봉안
T2D-1
유선영
TP-37
유선영
FP-37
유선영
FP-39
유영채
T1A-5
유영훈
FP-74
유재수
T1A-1
유재영
TP-60
유정선
F2C-2
유정희
TP-23
유제훈
FP-48
유주형
TP-48
유지상
TP-71
유한영
FP-2
유한영
FP-3
성명 논문번호 성명 논문번호 성명 논문번호 성명 논문번호 성명 논문번호 성명 논문번호

30
유한영
F2D-3
유현규
F3A-1
유 훈 TP-74
육혜운
TP-48
윤상돈
TP-61
윤상돈
FP-64
윤석길
TP-21
윤선규
FP-74
윤순준
TP-47
윤여택
FP-28
윤영수
TP-72
윤재웅
TP-40
윤재웅
FP-29
윤재웅
FP-30
윤재웅
FP-33
윤재웅
F2A-2
윤정훈
FP-67
윤종인
F3C-1
윤주선
TP-16
윤주선
FP-34
윤준호
TP-42
윤진선
F1C-5
윤진희
T1D-3
윤진희
FP-44
윤태종
F2C-2
윤태훈
T2C-3
윤태훈
TP-65
윤태훈
F1C-4
윤현재
TP-18
윤현재
FP-13
윤현호
T2B-2
윤현호
FP-48
윤형도
TP-22
윤형도
FP-16
은재정
FP-65
이강복
FP-48
이경석
F1A-3
이경식
FP-8
이경우
TP-55
이경우
F1B-3
이경운
FP-55
이관일
T1A-4
이관일
F2D-2
이광진
FP-66
이광현
F3A-4
이광훈
TP-72
이권연
T2C-4
이기동
FP-28
이대수
F2A-1
이대원
F1B-2
이대원
FP-47
이도영
T1A-3
이동수
TP-26
이동한
T1B-3
이동현
T2A-4
이동현
FP-31
이동훈
F3D-1
이명재
TP-15
이명현
T2A-1
이문희
TP-1
이민우
TP-36
이민우
FP-19
이민우
FP-22
이민우
FP-35
이민희
TP-34
이병천
F2C-2
이병하
TP-24
이병하
TP-31
이병하
TP-37
이병하
FP-6
이병하
FP-37
이병하
FP-39
이병하
F2A-3
이병호
T1C-3
이병호
TP-39
이병호
TP-66
이병호
TP-67
이병호
TP-68
이병호
FP-68
이병호
FP-69
이병호
FP-70
이상민
TP-30
이상배
T1A-4
이상배
T2D-2
이상배
F2D-2
이상수
F1B-4
이상수
FP-53
이상수
FP-59
이상신
T2A-3
이상신
TP-32
이상신
FP-28
이상신
FP-41
이상준
F2A-2
이상필
TP-6
이상현
TP-64
이 석 TP-29
이 석 TP-45
이 석 TP-70
이 석 FP-72
이 석 F2B-2
이성구
TP-43
이성헌
FP-2
이세진
FP-71
이세형
TP-23
이승걸
TP-36
이승걸
FP-18
이승걸
FP-19
이승걸
FP-22
이승걸
FP-35
이승걸
FP-36
이승곤
F2C-1
이승덕
FP-46
이승은
TP-42
이승현
TP-71
이승훈
TP-34
이승훈
F1A-2
이영락
T2A-5
이영락
T2D-1
이영욱
FP-50
이영욱
FP-60
이왕주
F2D-1
이용기
FP-50
이용기
FP-60
이용한
FP-61
이용희
T1D-4
이우람
T1B-2
이원형
TP-49
이은화
T1A-3
이응신
TP-35
이일항
TP-36
이일항
FP-18
이일항
FP-19
이일항
FP-22
이일항
FP-35
이일항
FP-36
이재훈
T1B-1
이정렬
TP-38
이정렬
FP-42
이정문
TP-48
이정아
T2A-2
이정일
T1A-5
이정찬
FP-58
이종민
T2A-5
이종민
T2D-1
이종민
T2D-4
이종민
TP-24
이종민
F1B-4
이종민
FP-1
이종민
FP-3
이종민
F2D-4
이종진
TP-19
이종진
TP-23
이종창
TP-17
이종훈
TP-14
이종훈
F2A-4
이주한
T1A-4
이준구
F1B-1
이준기
FP-58
이준섭
F2A-2
이준호
TP-4
이지현
T1B-2
이지현
T2B-2
이진규
F2C-2
이찬수
F1C-1
이찬수
F1C-5
이창훈
F2C-2
이창희
TP-50
이창희
F2A-4
이태형
T2A-4
이태형
FP-31
이한림
T1B-1
이한영
TP-20
이한영
TP-32
이한영
F3A-4
이혁재
TP-50
이혁재
F1C-3
이혁재
F3B-3
이현룡
TP-7
이현용
TP-6
이현용
TP-61
이현용
TP-62
이현용
FP-62
이현용
FP-64
이현재
FP-53
이현행
FP-23
이형만
TP-20
이형만
TP-32
이형만
F3A-4
이형종
T2A-1
이호원
TP-68
이호준
TP-1
이호준
TP-2
이홍석
TP-69
이홍식
FP-28
이훈근
TP-50
임권섭
TP-23
임기건
TP-3
임상규
FP-53
임영민
TP-22
임영민
FP-16
임영안
F2A-1
임영은
TP-8
임영태
F1C-5
임용준
TP-39
임용준
TP-67
임정규
FP-28
임진성
F1B-1
임창환
T2D-5
임해동
TP-36
임해동
FP-22
임해동
FP-36
장남영
FP-65
장동현
TP-35
장동현
F1A-4
장동훈
T1A-3
장순혁
T2B-3
장순혁
FP-59
장영호
FP-57
장영흡
TP-12
장영흡
FP-21
장준우
TP-52
장지향
TP-65
장현수
FP-8
장현주
T1D-4
장형식
TP-54
전민용
FP-3
전민용
F2A-1
전석희
TP-73
전석희
F1C-5
전시욱
F2B-3
전영민
TP-45
전영민
TP-70
전영민
FP-72
전정은
TP-48
전종운
T2D-4
정규현
TP-34
정기영
FP-16
정길완
F3B-2
정대광
TP-55
정대광
F1B-3
정명진
FP-30
정 미 TP-45
정병민
FP-52
정병조
T1D-3
정병조
FP-43
정병조
FP-44
정병조
FP-45
정세채
TP-75
정수은
TP-46
정영주
FP-4
정영주
FP-5
정영주
FP-9
정영주
FP-10
정영주
F2B-3
정영진
F2B-2
정영철
T2A-4
정영철
FP-27
정영철
FP-31
정용덕
T2C-2
정용덕
TP-56
정용덕
F2B-1
정용덕
F3A-1
정용민
T2D-4
정용민
TP-24
정용민
TP-31
정용민
FP-71
정용민
F2A-3
정용민
F2D-4
정우진
TP-20
정우진
F3A-4
성명 논문번호 성명 논문번호 성명 논문번호 성명 논문번호 성명 논문번호 성명 논문번호

성명 논문번호 성명 논문번호 성명 논문번호 성명 논문번호 성명 논문번호 성명 논문번호
정운진
정윤철
F1D-3
FP-49
주흥로
차경순
TP-48
FP-16
최해룡
최해영
F2A-3
F3B-4
황성민
황성민
TP-16
TP-35
Kenji Kurishima TP-58
Ki-young Choi F3A-2
정은주
FP-38
차성도
T1C-4
최해영
F3B-5
황성민
FP-34
Krishnamurthy Rameshbabu
정재현
정재현
T1C-3
TP-66
채승완
최가을
TP-21
FP-73
최환영
최희진
TP-69
TP-66
황성인
황성택
FP-9
T1B-1
Kwang Taek Kim
FP-63
FP-12
정재현
FP-69
최경선
TP-70
최희진
FP-70
황영관
TP-73
Libin Fu
FP-7
정정화
정제명
T1A-5
T2D-2
최경선
최광성
FP-72
F3A-1
페루말자야 TP-75
하우성 F2D-4
A.-J. Attias TP-59
Benjamin J. Eggleton
M. Sathish Kumar T2B-4
M.Razeghi T1A-1
정종래
TP-73
최동묵
FP-51
한기호
F2D-1
FP-7
Masahiro Nakatsuka T2D-5
정준기
정진욱
TP-10
T1A-5
최명수
최석희
F3B-2
TP-71
한상국
한상국
F1B-2
FP-47
Aoxiang Lin TP-11
Aoxiang Lin FP-4
Masanori Hanawa F2B-3
MichaelR.E.Lamont
정창현
T2D-2
최승남
FP-15
한수욱
TP-8
Benjamin J. Eggleton
FP-7
정창현
정채환
F2D-2
TP-11
최영복
최영완
TP-49
TP-29
한수욱
한승헌
TP-54
TP-51
F3D-2
Boris T. Kuhlmey
Minoru Ida TP-58
Namkyoo Park T2B-4
정해원
FP-61
최영완
TP-52
한승희
T1D-2
F3D-2
Nguyen Le Hoang T2C-2
정현민
정현섭
F2C-2
T2C-5
최영호
최영희
FP-40
FP-38
한영근
한영근
T1A-4
T2D-2
C. Martijn de Sterke
F3D-2
Pramod R. Watekar TP-10
Pramod R. Watekar TP-11
정현호
FP-50
최용규
F1D-3
한영근
F1D-1
Chao Liu
TP-9
Purev Sukhbat TP-63
정현호
정혜정
FP-60
TP-11
최우영
최우영
TP-15
TP-58
한영근
한영근
FP-4
FP-5
Cherl-Hee Lee FP-12
Daeseung Moon T2D-3
S. Noda T1D-1
S.Slivken T1A-1
정환석
T2B-3
최우영
F3A-4
한영근
F2D-2
Dane R. Austin F3D-2
Sang Yeol Lee F1A-1
정환석
조경기
FP-59
TP-3
최우준
최우준
TP-37
FP-37
한영탁
한영탁
TP-33
FP-17
Dong-Il Yeom FP-7
Dong-Il Yeom F3D-2
Seok-Ho Song F3A-2
Seoyong Shin TP-57
조규만
F1A-3
최운경
TP-29
한원택
TP-10
Eliot H. Hahn F3B-1
Seung-Cheol Kim TP-63
조규만
조민재
FP-14
TP-56
최운경
최윤정
TP-52
TP-54
한원택
한원택
TP-11
TP-31
Eric C. Mägi FP-7
Eun-Soo Kim TP-63
Seung-Dae Sohn F3B-1
Syed Abdul Mannan Kirmani
조성우
T1C-3
최은서
FP-37
한원택
F1D-2
Guoyong Sun T2D-3
TP-57
조성우
조성우
TP-66
FP-68
최은서
최익창
FP-38
FP-56
한원택
한원택
FP-4
FP-5
Guoyong Sun FP-4
Guoyong Sun FP-5
T. Asano T1D-1
Tae-Hoon Yoon F1C-2
조성우
FP-69
최정렬
F1B-1
한원택
FP-55
Hideki Kamitsuna TP-58
Yasushi Fujimoto T2D-5
조성우
조성훈
FP-70
F1A-3
최정석
최정석
TP-55
F1B-3
한일기
한준구
T1A-5
TP-67
Hong C. Nguyen FP-7
Hosung Yoon T2B-4
Yeon H. Lee F3B-1
Yoanna Nowicki T1D-4
조승현
T1B-2
최진우
T1B-1
한준구
TP-68
Hun Ki Shin
F1C-2
YouHyun Kim F3B-1
조윤희
조재헌
T2B-3
T1B-1
최철현
최철현
TP-36
FP-19
허용구
허윤석
FP-27
F1B-4
Hyong Sik Won F3A-2
Hyo-Sik Yang TP-57
Youngjoo Chung T2D-3
조정식
T2C-2
최철현
FP-22
현유정
TP-55
Hyunjun Kim
F3A-2
조정식
조형수
TP-56
T2D-2
최철현
최철현
FP-35
FP-36
현유정
호동수
F1B-3
FP-46
Jae Chang Kim F1C-2
JaeHee Park FP-12
조형욱
TP-17
최춘기
TP-33
홍성기
T2D-5
Jae-Won Song FP-12
주성민
주성민
TP-10
TP-11
최춘기
최춘기
TP-43
FP-17
홍성철
홍용현
F2C-3
TP-2
Jae-woong Yoon F3A-2
Jean-Michel Gerard T1D-4
주성민
FP-55
최평석
FP-65
홍종면
F1C-1
Jeremy A. Bolger F3D-2
주양현
주양현
FP-29
F2A-2
최해룡
최해룡
TP-24
FP-6
황경준
황동춘
TP-7
FP-66
Jin-Ha Kim F3A-2
Jong Heo TP-9
주정진
T2A-1
최해룡
FP-39
황두선
FP-9
Ju Han Lee
F2B-4
31

MEMO

(http://poel.chonnam.ac.kr)

The 14th Conference on Optoelectronics
and Optical Communications