Technical digest: San Diego, California, February 18 - 22, 1991
Gespeichert in:
| Körperschaft: | |
|---|---|
| Format: | Tagungsbericht Buch |
| Sprache: | English |
| Veröffentlicht: |
Washington, DC
Optical Soc. of America
1991
|
| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | Literaturangaben |
| Beschreibung: | XIX, 226 S. zahlr. graph. Darst. |
| ISBN: | 078030571X 0780305728 |
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| 245 | 1 | 0 | |a Technical digest |b San Diego, California, February 18 - 22, 1991 |c OFC '91 |
| 264 | 1 | |a Washington, DC |b Optical Soc. of America |c 1991 | |
| 300 | |a XIX, 226 S. |b zahlr. graph. Darst. | ||
| 336 | |b txt |2 rdacontent | ||
| 337 | |b n |2 rdamedia | ||
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| 500 | |a Literaturangaben | ||
| 650 | 4 | |a Fiber optics |v Congresses | |
| 650 | 4 | |a Optical communications |v Congresses | |
| 650 | 0 | 7 | |a Optische Nachrichtentechnik |0 (DE-588)4035624-3 |2 gnd |9 rswk-swf |
| 655 | 7 | |0 (DE-588)1071861417 |a Konferenzschrift |y 1991 |z San Diego Calif. |2 gnd-content | |
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Datensatz im Suchindex
| _version_ | 1804120102931529728 |
|---|---|
| adam_text | CONTENTS
TUESDAY, FEBRUARY
19, 1991
TuA KEYNOTE ADDRESS TuAl
TuB OPTOELECTRONIC
INTEGRATED CIRCUITS
TuBl
TuB2
TuB3
TuB4
TuB5
TuC ANALOG
CATV
TuD TUTORIAL
TuCl
TuC2
TuC3
TuC4
TuCS
TuDl
TuE PASSIVE
COMPONENTS:
1
Social consequences of the optical fiber revolution
.......1
R. W.
Luch/
Ultra-high-speed optoelectronic integrated receivers for fiber¬
optic communications
........................2
Hiroshi Yano, Keigo
Aga,
Michio
Murata, Hidenorì,
Kamei,
Goro
Sasaki,
Hideki
Hayashi
High-speed eight-channel optoelectronic integrated receiver
arrays comprising GalnAs pin
photodiodes
and AlInAs/Galn-
As HEMTs
...............................3
Keigo
Aga,
Hiroshi Yano, Michio
Murata,
Hidenori
Kamei,
Goro
Sasaki, Hideki Hayashi
Hetero
junction bipolar transistor-based long-wavelength op¬
toelectronic integrated circuits
...................4
S. Chandrasekhar
High-functionality waveguide/MSM/HEMT integrated re¬
ceiver prepared by one-step OMCVD growth on patterned
InP substrates
.............................5
W. P. Hong, G. K. Chang, R. Bhat, H. Lee, C. Bguyen, J. R. Hayes
Novel electronically switched multichannel receiver for wave¬
length-division-multiplexing systems
..............6
G. K. Chang, W. P. Hong,
R. Bhat, C. K.
Nguyen,
J. L. Gimlett, C.
Lin,]. R.
Hayes
Fiber technology
in CATV
networks
...............7
James A. ChiddL·
Optimized performance of erbium-doped fiber amplifiers in
subcarrier
multiplexed lightwave
CATV
systems
....... . 8
J. M
1.
Habbab,
L.
}.
Cimini, Jr.
áO-Channel
VSB-AM
CATV
link utilizing a high-power er¬
bium amplifier
............................9
D. R.
Huber
Nonlinear distortion from fiber dispersion of chirped inten¬
sify modulated signals
........................10
M. R. Phillips, T. E.
Darde,
D.
Marcase,
G.
E.
Bodeep,
N. J.
Frigo
Analysis and measurement of interf erometric distortion prod¬
ucts produced in externally modulated AM video systems
. .11
Vincent A. O Byme, Richard B. Childs, Timothy A.
Tatlock
Multichannel lightwave networks
Richard E. Wagner
.12
TuEl Role of the core index profile in the performance modeling of
polished-type optical fiber couplers
................13
Hung-chun Chang, Wen-hanjuan, Chung-ULu
TuF VERTICAL-EMITTING
LASERS/PASSIVE
WAVEGUIDE COMPONENTS
TuG PLANAR
WAVEGUIDES
TuH FIELD TRIALS
TuE2 Variable-ratio, polarization-insensitive,
3x3
fused biconical
tapered couplers
...........................14
Ashish M. Vengsarkar, Michael
F. Günther,
Kent A. Murphy, Ri¬
chard O.
Claus
TuE3 Single-chip
32
x
32
star coupler with tapered fiber-coupling
regions
.................................15
Я.
Yamgawa, T. Shimizu,
S.
Nakamura, I. Ohyama
TuE4 Neural-processing type optical wavelength demultiplexer
using high-speed analog-neural-network integrated circuits
.16
Masafumi
Koga,
Takao Matsumoto, Yoshihito Amemiya, Atsushi
Iwata, Akio Sugita
TuE5 Passive components
f
or the subscriber loop
...........17
D. A. Nolan
TuFl High-precision molecular-beam epitaxy growth
of vertical-cavity surface-emitting
lasers
..................................18
J. P. Harbison, L. R. Florez, A. Scherer,
C.
J. Chang-Hasnain, A.
С
Von
Lehman, H. J. Yoo, M. Orenstein, E. M. Clausen, Jr., J.
L.
Jewell
TuF2 Dynamic characteristics of a high-performance vertical-cavity
surface-emitting laser
........................19
F. S. Choa, Y. H. Lee, B. Tell, T. L. Koch,
C. A. Burrus, J. L.
Jewell
TuF3 Continuous wavelength tuning of two-electrode vertical-cav¬
ity surf
асе
-emitting lasers
......................20
C.
ƒ.
Chang-Hasnain, J. P. Harbison, C. E. Zah, L. T. Florez,
N.
C.
Andreadakis, T. P.
Lee
TuF4 Wavelength-flattened
(3
x
3)
coupler with silica waveguides
on silicon
................................21
Akihiro Takagi, Kaname Jingjui, Masao Kawachi
TuF5 Very low-loss phosphorus-doped silica-on-silicon
waveguides measured using a ring resonator
..........22
R. Adar, Y. Shani, C. H.
Henry,
R. C.
Kistler,
G.
E. Blonder,
N.
Α.
Olsson
TuF6
Organic channel waveguides with low loss at
1.3
μΓΠ
.... 23
Saburo
Imamura,
Ryoko Yoshimura, Tatsuo Izawa
TuF7 Photopatternable epoxy ridge waveguides
............24
ƒ.
M, Trewhelk,]. D. Felorme, G. Fan, A. Speth, D.
Flagello,
M. M.
Opryski
TuF8
Electro-optic effect of organic molucule doped silica film pre¬
pared by sol-gel method
......................25
M.
До,
S.
Hośhino,
H. Kanamori, H. Yokota
TuGl Silica-based planar lightwave
circuits for
fiber-to-ťhe-home
applications
.............................26
Masao Kawachi, Tetsuo Miya, Yasuji Ohmori
TuG2 Integrated-optic
waveguide glass
lasers
.............27
N.
A. Sanford, K. J.
Mahne,
D. R.
Larson
TuHl Multigigabit
capacity
1.5-nmWDM
field
trial
.........
Л8
Jonathan A.
Nagel,
Daniel A. Fishman,
Samia
M. Bahsoun
Tuffi
Coherent
transmission
field demonstrations .........
29
M.
С.
Brain
VI
ТиНЗ
1.7-Gb/s
coherent optical transmission field trial
........30
Y.K.Park
Tuffi
Polarization-diversity receiver performance of 2.5-Gb/s
CPFSK regenerators in a field trial
................31
Norio
Ohkawa,
Tatamasa
Irmi,
Yoshihiro Hayashi, Takeshi
Ito
TuH5 Hybrid polarization diversity balanced
frontend
receiver for
coherent systems
...........................32
}.
Hankey, C. Edge,}. Urauhart, S. Pike,M. Owen,M.J. Wale
Tul
FDDI PERFORMANCE
Tull
High-performance distributed computing in
SYMPOSIUM FDDInetworks
............................33
Mary Jane
Strohí
TuI2 High-throughput networking
...................34
Rafael M. Montalvo
ТиІЗ
Performance of FDDI networks in the system, environment
.35
Darrell
Scherbarth
TuI4 Performance analysis of FDDI token ring networks
......36
Raj Jain
TuJ TUTORIAL Tujl Applications of nonlinear optics in fibers
............37
R. H.
Stolen
TuK NONLINEAR EFFECTS TuKl Additive pulse compression mode-locking of
IN FIBERS fiber lasers
...............................38
M.
Hofer, F. Haben,
M.
E. Fermanti
TuK2
Femtosecond optical pulse transmission over long distances
using adiabatic soliton trapping and soliton standardization
.39
Hirokazu Kubota, Masataka Nakazawa, Kenji Kurokawa
ТиКЗ
New technique to measure the zero-dispersion wavelength of
single-mode optical fibers
.....................40
M. Stern,}. P. Heritage
TuK4 Stimulated Brillouin threshold dependence on fiber type and
uniformity
...............................41
X. P. Mao, R. W. Tkach, A. R. Chraylyvy, R. M. Jopson, R. M.
Oerosier
Tu L
TUTORIAL TuLl Fiber optics and cable television
..................42
Alex B. Best
TuM PASSIVE TuMl Passive components for multichannel
COMPONENTS:
2
networks
................................43
ƒ.
S. Leach
TuM2 Design and performance of bidirectional fiber Bragg
grating taps
..............................44
G.Meltz^.W.Morey
ТиМЗ
Fiber Fabry—Perot filter with passive temperature compensa¬
tion and its application in a wavelength-division multiple-ac¬
cess computer network
.......................45
Calvin M. Miller, Frank}. Janniello
TuM4 High-efficiency diffraction gratings in D-type fibers
......46
Jim D. Freeze, Michael A. }ensen, Richard Setfridge
VU
TuM5 Evanescent-wave holographic gratings in optical fibers
Russell May, Walid Saleh, Richard O. Clans
.47
TuN OPTICAL SIGNAL TuNl
PROCESSING COMPONENTS
TuN2
TuN3
TuN4
TuN5
TuO GIGABIT-PER-SECOND TuOl
SYSTEMS
TuO2
TuO3
TuP NETWORK
PERFORMANCE
Ultrafast all-optical logic operations in a nonlinear Sagnac in¬
terferometer with two pump pulses
................48
M. Jinno, T. Matsumoto
Ultrafast all-optical cell expander for photonic asychronous
transfer-mode networks
.......................49
M. Jinno, T. MorioL·, T. Matsumota. M. Saruwatari
Demultiplexing of 40-Gb/s optical signal to
2.5
Gb-s using a
nonlinear fiber loop mirror driven by amplified, gain-
switched laser diode pulses
.....................50
Atsushi Takada, Kazuo
Aida,
MasahiL· Jinno
Generation of subpicosecond transform-limited optical
pulses
f
or optical fiber communications
.............51
Y. K. Chen, M.
С
Wu, T. Tanbun-Ek,
R.
A. Logan,
M.
A. Chin
Frequency conversion and switching by four-wave mixing in
traveling-wave semiconductor laser amplifiers
.........52
H. G. Weber, G.
Grosskopf,
R.
Ludwig,
R.
Schnabel,
N. Schunk
10-Gb/s, 28.5-km
distributed erbium fiber transmission with
low-signal-power excursion
....................53
D. M.
Spirit,
L. C
Blank
10-Gb/s, 100-km normal fiber transmission experiment using
a modified prechirp technique
...................54
N.
Henmi, T.
Saito,
M.
Yamaguchi,
S. Fujita
10-Gb/s direct detection lightwave technology
.........55
Muhammed
Zafar labal
TuQ TUTORIAL
TuPl High-performance local and metropolitan area network
architectures
..............................56
Mark
J. Karol
TuP2 Comparative evaluation of high-performance fiber-optic net¬
work architectures
..........................57
F. Tobagi
TuP3 Performance modeling of layered communication systems in
a multiprocessing environment
..................58
Asser
N.
Tantawi, Ahmed
N.
Tantawy
TuQl Semiconductor lasers
f
or lightwave communications
.....59
Joanne S. LaCourse
WEDNESDAY, FEBRUARY
20, 1991
WA FJBER PROCESS
TECHNOLOGIES
WAI Current status and future trends in optical fiber fabrication
.61
K. L.
Walker
WA2 New optical fiber fabrication technique using sol-gel
dipcoating
...............................62
D.J. DiGiomnni, J. B. MacChesney
Vili
WB STRAINED-LAYER
LASERS
WA3 Aerosol techniques
f
or fiber core doping
.............63
T. F. Morse, A. Kilian,
L.
Reinhart,
Wm. Risen, ]r.
].
W.
Cipolla, ]r.
WA4 Effect of additives for silica glasses on optical absorption
properties in the UV region
.....................64
Y. Ohga, S. Ishikawa, H. Kanamori, H.
УоШа,
M.
Kyoto
WA5 Low-polarization dispersion in MCVD dispersion-shifted
fibers
..................................65
W. B. Gardener, A. A. Klein, H. T.
Sbang
WB1 High-power, 980-nm, single-mode laser
diodes
.................................66
D. F. Welch,
W
Plano,
J.
Major,
M.
Devito,
D.
Scifres
WB2
Long-wavelength InGaAs/InGaAsP strained-layer
multiple
quantum-well
lasers
.........................67
P.J.A.Thijs
WB3
Strained InGaAs/InP quantum-well
laser diodes
for low-
threshold operation
.........................68
J.
S. Osinski, P. Grodzinski, Y.
Zou,
P. D. Dapkus
WB4
High-speed, low-wavelength chirping characteristics of
1.5-
μχη
strained-layer quantum-well self-aligned constricted
mesa DFB lasers
...........................69
Y. Hirayama,
N.
Suzuki, M. Onomura, M. Morinaga, M.
Funemizu, M. Kushibe, M. Nakamura
WB5 Low-threshold and high-speed
1.5-μπι
strained-layer multiple
quantum-well four-wavelength distributed-feedback laser ar¬
rays
...................................70
С
E. Zah, K.
W
Cheung, S. G.Menocal, R. Bhat, M. Z. Iqbal, F.
Favire,
N.
С
Andreadakis, P.
S. D. Lin, A. S.
Gozdz,
M. A. Koza, T.
P.Lee
WC
SUBSCRIBER LOOP WCl
WC2
WC3
WC4
WD SWITCHED
NETWORKS
WD1
WD2
Full-duplex optical transmission using semiconductor laser
amplifiers
...............................71
P. A. Andrekson,
N.
A. Olsson
Four-channel distributed-feedback laser array module for
transmitters of optical frequency-division-multiplexing sys¬
tems
...................................72
Satoshi Sekine, Hiromu
Toba,
Kenji Sato
Use of a two-dimensional multi-wavelength surface-emitting
laser array in a four-channel wavelength-division-multi¬
plexed system experiment
......................73
M. W. Maeda,
C. J.
Chang-HasnainJ.
S.
Patel,
H. A. ]ohnson,
].
Α.
Víalker, Chinlon
Lin
Packaging
requirements for a dense optical receiver array
C. S.
Li
.74
Optical subscriber loop technology trends in Japan
......75
Tdsuya
Miki,
Ichiro Yamashita
IBM Enterprise Systems Connection I/O
channels
................................76
J. C. Elliot, M. W. Saclts, C.
}.
Georgian, T. A. Larsen, J. M. Taylor,
D. J.
Stiglhni,Jr.,
W.
E.
Вису,
G.
DeMario, W.
Cordaro
Network
design
for fiber-optic computer communications
. .77
Christos].
Georgiou
IX
WE TUTORIAL
WF FIBER SENSORS AND
MEASUREMENTS
WG
ADVANCED OPTICAL
SOURCES:
1
WD3 Photonic fast-packet switching at
700
Mb/s
...........78
W. L. Ha, R. M. Fortenberry, G. M. Wucka, R. S. Tucker
WD4 A multi-gigabit-per-second wavelength-division-multiplex-
ing byte-by-byte switch using fast tunable heterodyne
receivers
................................79
Mario
A. Santom,
Kai
Y.
Eng, Thomas
L.
Koch,
Liang D.
Tseng
WEI
Solitons in
ultra-long-distance transmission
...........80
L.F.
Molìenauer
WF1 Recent
progress and current
trends in fiber-optie
sensing
.................................81
A. D.
Kersey
WF2 Optimization of phase detectability in a free-running
homodyne
fiber interferometer
..................82
T. A. Berkoff, A. D.
Kersey, A. Dandridge
WF3 Fiber-optic voltage sensor for gas-insulated high-voltage
switch gear
...............................83
K.
Bohnert
WF4 All-PANDA-fiber gyroscope with erbium-doped super-
luminscent fiber
...........................84
F. Suzuki, S. Yamasaki,
A. Wada,
R.
Yamauchi
WF5 Frequency stabilization of an erbium-doped fiber laser: a po¬
tential wavelength standard for optical communications
. . .85
Sarah L.Gilbert
WF6 Micrometer resolution in spite of dispersion in coherence-do¬
main
ref
lectometry
..........................86
E. Brinktneyer,
C. Frömchen,
and A.
Kohlhaas
WF7 Concatenation of polarization dispersion: relationship be¬
tween measurements before and after the installation of a
long terrestrial cable
.........................87
A. Galtaross, M. Schiano, C. G. Someda, B.
Daino,
F. Matera, R.
Zaninello, F.
Bergantín
WG1 250-mW
high-power operation and 100-mW APC aging test
wiml^S-MmlnGaAsflnGaAsPMQW-DC-PBHLDs
......88
Kideki
Asano,
Shinji
Takáno,
MasahiL·
Kawaraäani, Müsuhiro
Kitamum, Ikuo
Mito
WG2 Broad wavelength tunability in gain-levered quantum-well
semiconductor lasers
.........................89
K.Y.Lau
WG3 Investigation of the intensity noise level of a
13
mm InGaAsP
DFB laser by measurement with a balanced
homodyne
detector
.................................90
Michael A. Newkirk, Kerry
J. Váhala
WG4 Progress in quantum-wire lasers
..................91
EHKapon
WG5 Recent progress in superlinear InGaAsP laser diodes
.....92
W.Susaki
WG6 High-performance analog transmission characteristics of
13-
џт
wavelength multople quantum-well distributed-f eedback
laser
........................... 93
M. Ishino, K. Fuphara,
N.
Ohtsuka,
N.
Takenaka, T.
Uno,
Y.
Matsui
WH
СОН
ER ENT
SYSTEMS WHl
Highly
sensitive 565-Mb/s
DPSK heterodyne transmission ex-
periemnt using direct current modulation of a DFB laser
transmitter
...............................94
B. Biotteau, J. Chesnoy, B. Clesca,
].
C. Jacquinot, A. Accard, H.
Bissessur, B. Ternier
WH2 Transmission of
4
Gb/s on two microwave QPSK
subcarriers
over a coherent detection optical link
...............95
Paul Hill, Robert Ohhansky
WH3 Comparison of polarization techniques in coherent systems
.96
R.Noé
WH4 High-performance balanced receiver module using dual
P-I-N diodes and reflection coupling
...............97
H.
Rodler,
С.
Wahl,
G.
GaukelF. Auracher
WH5
Multichannel frequency control for multilocation network ap¬
plications
...............................98
W. B.
Sessa,
R.
E
Wagner, P.
}.
Lin, S. Aoki
WH6 Optical
Costas
loop experiment using a novel optical
90°
hy¬
brid module and semiconductor laser amplifier external
phase adjuster
.............................99
Tetsuya
Miyazaki, Shiro
Ryu, Yoshinori Namihiro, Hiroharu
Wakabayashi
WH7 Linewidth influence on 10-Gb/s optical PSK
homodyne
detection
...............................100
Katsushilwashita, Seiji Norimatsu
Wl GIGABIT-PER-SECOND
Wíl
HANGMAN, a prototype multiservice gigabit-per-second
NETWORKS network
...............................101
Greg Watson
WI2 Gigabit-per-second wide-area computer networks: potential
applications and technology challenges
............102
N.
K. Cheung, H.
T. Kung
WI3 Metropolitan area network technology for gigabit-per-second
data rates
...............................103
A.
Albanese
WI4 Factors inhibiting the development of high-speed
networks
...............................104
Robert
J
.
Simcoe, Robert Thomas
WJ TUTORIAL WJ1 Fiber-based devices
........................105
W.J.Stewart
WK TUTORIAL WK1 Optical switching
..........................106
Clemens Baack
WL
POSTERSESSION— WL1
Polarization optical
FIBERS, CABLES, AND GLASS frequency-domain
TECHNOLOGIES reflectometry
........................... . 107
S. Shatalin, R.Jusbitis, V. Listvin
WL2 Etched multimode fibers as strain gauges
...........108
Mesoud Vaziri, Chin-Lin Chen
Xl
WL3
WL4
WL5
WL6
WL7
WL8
WL9
WLIO
WM
POSTER
SESSION— WMl
OPTOELECTRONIC AND
ÍNTEGRATED-OPTICS
DEVICES
AND COMPONENTS
WM2
WM3
WM4
WM5
WM6
WM7
Fiber-mode converters: point-by-point
f abriaction
of index
gratings, visualization using thermoluminescence, and appli-
·
ino
cations
................................
ΧΌ7
В.
Maio,
F.
Bilođeau,
Ό.
С.
Johnson,
К. О.
Hill
Generation
of interference intensity noise form fiber
Rayleighbackscatter and discrete reflections
.........110
Arthur F. Judy
Cleaved oblique fiber endfaces for high-performance me¬
chanical splices
...........................
HI
V. Shah, L. Curtis, D. D. Mahoney, W.
С
Young
Fundamental distortion characteristics of the erbium fiber
amplifier
...............................112
Lian
К.
Chen,
Kam
Y.
Lau, David
R.
Huber
Development
of multicount optical fiber unit for an air-
blown fiber system
.........................113
Hiroaki
Sano,
Yoshiaki
Terasama, Shigeru
Tanaka
Hermetic erbium-doped fiber coils for compact optical ampli¬
fier modules
.............................114
Akira Oydbe, Kazuto Hirabayashi, Nobuyuki Kagi, Kazunori
Nahtmura
High-strength hermetically tin-coated optical fibers
.....115
V. A. Bogatyrjob,
M. M. Bubnov, E. M.
Dianov,
Α. Υ.
Makarenko,
S.
D. Rumyantsev, S. L. Semjonov,
Α. Α.
Sysoljatin
Few-mode
interferometry:
new, simple, and accurate charac¬
terization method for telecommunications fibers
.......116
ƒ.
L. Archambault, R. J. Black,
].
Bures, F. Gonthier, S. Lacroix,
С.
Saravanos
Narrow-linewidth and high-power
1.55-μιη
multiple quantum-well
distributed-feedback
lasers
................................. 117
S. J. Wang, L.J. P. Ketelsen, V.
R. McCrary, Y. Twu, S. G.
Naph-
ottz,C.Y.Kuo
20-Gb/s hybrid packaged semiconductor laser preampli¬
fier/pin
photodiode
detector
...................118
B. Richardson, D. M. Adams,
T. Kovats, H. B.
Kim
Optimum design of corrugation-pitch-modulated multiple
quantum-well distributed-feedback lasers for narrow spectral
Imewidth
..............................119
M.
Okai,
T.
Tsuchiya,
К.
Uomi,
N.
Chinom,
Τ.
Horada
Large-signal multimode distributed-feedback laser model as
part of an optical communication system simulation tool
. . 120
F. Libbrecht, G. Morthier, R. Baets, P. Lagasse
Correlation between damping and longitudinal nonunif or-
mity in distributed-feedback lasers
...............121
C.Y. Km, S.J.Wang
Optical square-wave generation using directional switching
in a diode laser array
.....,..................122
L. Y.
Pang,
E.
S.
Kintzer,].
G. Fujimoto
A
7
x
20
surface-emitting laser array with uniform wave¬
length
rastering
...........................123
C.
ƒ.
Chang-Hasmin, J. P. Harbison, L. T. Floret, J. R. WulleH,
N
G. Stoffdl, M.W.
Moeda
xii
WN POSTER
SESSION-
SYSTEM
TECHNOLOGIES
WM8
Passive coupling of an InGaAsPflnP laser array and single-
mode fibers using silicon waferboard
..............124
C.
A. Anniento,
M. Tabasky, C.Jagannath, T. W. Fitzgerald, C, L.
Shieh, V. Barry, M. A. Rothnmn, P. O. Haugsjaa, R.
Holmstrom,
E.
Méland,
W. Powazinik,
H.
F. Lockwood
WM9 Determination
of the gain compression coefficient of
GalnAsP
1.5-μτη
multiple quantum-well lasers by harmonic
distortion measurements
.....................125
A. Olivier,
P.
Brosson,
J.
Benoit,
В.
Fermer, M. Cailhanou, D.
Ledere
WMIO Temporal
response of millimter-wave
photodiodes
by
model fitting to scalar optical and vector return-loss
measurements
............................126
D. A. Humphreys, A. J. Baden Fuller, M. Runham,
f. Schläfer
WM1
1
Uniform lasing characteristic of
1.3-μΐη
multiple quantum-
well Fabry-Perot laser diodes over
а г-іп.-аіатеіег
wafer
with excellent high-tempera
ture
operation
...........127
H. Kamei, H.
Hayashi,
Y.
Michitsuji,
M.
Takahashi,
M.
Moeda,
H.
Okuda
WNl
All-fiber optical
frontend
for a balanced polarization-diver¬
sity receiver
.............................128
M.
Eisenmann,
E. Weidel
WN2 High-resolution coherent frequency-domain
ref
lectrometry
using continuously tuned laser diodes
.............129
E. Brinkmeyer, U. Blombitza
WN3 Polarization-independent grating-type optical spectrum an¬
alyzer with fiber interface
.....................130
M. Shirasaki, R. Yamamoto,
Y
.
Watanabe, S. Nishina
WN4 GaAs
1С
chip set for optical receiver of gigabit data communi¬
cation
.................................131
Tomihiro Suzuki, Yasuki Mikamura, Hiroyuki Oyabu, Shigeru
Inano,
TakashiNakäbayashi,
Eiji
Turnura,
Hirotaka Takahashi
WN5
Polarimetrie
optical fiber sensor with self-referencing interro¬
gation
.................................132
A. D. Kersey, M.
].
Marrone
WN6 Performance analysis of fiber-optic links for millimeter-wave
communication satellites
.....................133
D. M.
Polißo,
S.
Mahne,
A. S. Daryoush, R. Kunath
WN7
Time-domain measurement of chirp suppression for a multi-
section distributed-f eedback laser
................134
D. M. Baney, P. B. Gallion
WN8 Fault-locating technique for in-service
1:98
branced optical
networks using an amplified optical time-domain
reflectometer
............................135
Izumi
Sankawa, Shin-ichi Furukawa, Yahei Key
amada, Hishasi
burnita
WN9 Optically powered optoelectronic
2x2
bypass/exchange
switches with polarization routing
...............136
M. Goviudarajan, L. Cheng, S. R.
Fönest,
A. A. Sawchuk
Xlii
PDP Postdeadline
poster
paper session
THURSDAY, FEBRUARY
21, 1991
ThA INTERCONNECTION
TECHNOLOGY
ThB WAVEGUIDING
DEVICES
ThC MULTICHANNEL
SYSTEMS
ThD SUBSCRIBER LOOP
NETWORKS:
1
ThAl Accurate measurement of stractural parameters of single
fiber connector ferrule
.......................137
Muneaki Ueki, Yasuji Hattori
ThA2 Statistical method for predicting connector loss in the field
using factory measurements
...................138
Halina Kosiorska,
Bennett Wong,
Costas Saravanos
ThA3 Modal interference in a short fiber section: fiber length,
splice loss, cutoff, and wavelength dependences
.......139
K. Abe,
У.
LaCroix, L.
Bonnal,
Z. Jakubczyk
ThA4 Plastic mechanical splice for fiber
................140
Stem Lischynsky, Helmut
Lukas,
Robin Mclntyre, Grant Pacey
ThA5 Extreme environmental testing of a new mechanical splice
. 141
David L. Dean, Jr.
ThBl Integrated acoustically tunable optical filters: devices and ap¬
plications
..............................142
D. A. Smith,
].
J. Johnson,
J. E. Baran,
К.
W.
Cheung,
S.
С.
Liew
ThB2 InGaAsP/InP
buried rib waveguide vertical coupler filter
. 143
R. C
Alferness, L. L. Buhl,
U. Koren,
B. L
Miller,
M.
Young,
T. L.
Koch
ThB3
Ultra-narrow bandwidth MVInGaAsP directional coupler
filter
.................................144
Chi Wu,
С
Rolland,
N.
Puetz,
K. D.
СЫк,
J.
Aí.
Хи
ТћВ4
Efficient
45*
polarization converter on (llO)InP
........145
F. ZamMsian,
С
Ańigue,
F.
Gáborit,
F.
Mottot,
J.-L.
Peyre, C.
Labourie, L,
Le Gouezigou
ТћВ5
Broadband reset-free automatic polarization controller
. . . 146
F. Heismann, M. S.
Yflmlen
ThCl Eight-channel coherent TV distribution system with all-fiber
optical frontends
....................,.....147
Li. Hilbk, H. Bunning, M.
Burmeister,
E.
Grossmann, Th. Hermes,
В. Нот, Р.
Mássner,
F. Raub, ƒ. Saniter, F. Schmidt, F. J. Westphal
ThC2
Heterodyne video transmission using differentially encoded
quadrature phase shift keying
..................148
Richard Gross, Robert Olshmsky
ThO lOO-Channel optical frequency-division-multiplexing trans¬
mission technology
.........................149
Hiromu
Toba,
Kyo Inoue, Kazuhiro
Oda,
KhjoshiNosu
ThC4 Constraint of mode partition induced noise on transmission
distance of high-capacity EM-SCM video transport system
. 150
G.
ƒ.
Meslener, V. S. Shukla, M. Murphy, R. F. Reams
ThDl Fiber in the
loop
.................................. 151
Paul W. Shumate
XIV
ThE TUTORIAL
ThF
STARTING A
BUSINESS
IN OPTOELECTRONICS
ThG FIBER RELIABILITY
ThH DIRECT-DETECTION
SYSTEMS
Thl OPTICAL
MODULATION
ThD2
Subcarrier
multiplexed broadband service network
.....152
R. Olshansky, V. Lanzisera, S.
Su, R.
Gross
ТЫЭЗ
High-capacity broadcasting over an optical local network
. . 153
A. M. Hill, D. B. Fayne, R. Wyatt,
}.
F. Massicott,
H.}. Blyth, D. S.
Forrester, R. A.
hobbelt,
P.
}.
Smith
ThD4 Realistic short-term scenario for the deployment of broad¬
band fiber-to-the-home systems
.................154
Gregers Mogensen
ThEl Erbium-doped fiber amplifiers
..................155
Emmanuel Desurvire
ThF
.....................................156
ThGl Lifetime predictions
f
or optical fibers
.............157
H. H. Yuce, P. L. Key, P. J. Lemaire
ThG2 Effect of solutes on the fatigue behavior of silica
optical fiber
.............................158
M.John Matthezoson,
Bochten
Lin,
Vincenzo
V. Rondinella
ТЬСЗ
In situ continuous monitoring of carbon hermetic coating
thickness
...............................159
D. H. Smithgall, R. E. Frazee, ]r., D. R. Edmonston
ThG4 Hermetic splice overcoating
...................160
Oaryl Inniss, John
Krause
ThHl Novel 565-Mb/s optically dumped matched filter pho-
toreceiver
..............................161
S. D. Walker, S.Fenning
ThH2 Direct detection of closely spaced optical
FM
frequency-
division-multiplexed gigabit-per-second microwave PSK
signals
................................162
W. I. Way, Y. H.
Lo,
T.
P. Lee,
C. Lin
ТћНЗ
Effect of gain saturation on receiver sensitivity in multi¬
channel frequency-shift-keying direct-detection systems
using erbium-doped fiber preamplifiers
............163
A. E. Willner, E. Desurvire
ThH4 Ultra-low receiver sensitivity at
23
Gb/s with 1480-nm diode-
pumped erbium-doped fiber preamplifier
...........164
P. M. Gabla, S.
Gauchara,
I.
Neubauer,}.
Auge,
Ph. Bousselet, A.
Oursin
ThH5 High-speed temporal characteristics of semiconductor optical
amplifiers
..............................165
H. Izaäpanah, D.
Chen, A. Elrefaie, L. Reith, Chinlon Lin, S. Tsuji,
H. Inoue
Thll Variation of frequency chirp with wavelength in an InGaAs-
P/InP multiple quantum-well waveguide electroabsorption
modulator
..............................166
M. S. Whalen, T. H. Wood, B. I. Miller, U.
Koren, C. A. Burrus, G.
Raybon
XV
ThJ
TUTORIAL
ThK
TUTORIAL
ThL
SOLITONS
ThM
ERBIUM-DOPED
FIBERS:
1
ThN SUBSCRIBER LOOP
NETWORKS:
2
ТЫ2
High-frequency modulation of strained-layer multiple quan¬
tum-well optical amplifiers
....................167
li. Koren,
В.
I. Miller,
M. G.
Young,
T. L. Kodt, R.
M. Jopson, A. H.
Gnaudc,
J. D. Evankow,
M. Chien
ThB
Traveling-wave semiconductor waveguide modulators
. . .168
Ian Bennion
ТЫ4
Large-extinction-ratio,
wide-optical-bandwidth field-induced
guide/antiguide
modulator
....................169
Т. С.
Huang,
Y.
Chung
N.
Dagli,
L.
A. Colaren
ТЫ5
New integrated-optic modulator design for AM video trans¬
mission
................................170
G. S.
Maurer,
P.
W.
Cornish,
R. A.
Becker
Thjl Broadband networking
......................171
BìdmraD.GìUm
ThKl Operations and maintenance issues in a SONET fiber
network
...............................172
John
Sergo,
JeffGoddard
ThLl Dynamic soliton communication
................173
Masataka
Nakazowa
TKL2 Simple long-distance, multi-gigabit-per-second data transmis¬
sion systems using
solitone
....................174
T.
Hauff,
W.
Heinlein
ThI3
Long-distance amplified soliton systems: a novel modulation
concept
................................175
K.J.
Blow,
N.J.
Doran
ThMl Characterization and modeling of unsaturated amplified
spontaneous emission in erbium-doped fiber amplifiers
. . 176
E. Desurmre, M. Zirngibl, H. M. Presby, D. DiGiovanni
ThM2 Limits for pump efficiency in erbium-doped fiber amplifiers
pumped at
0.98
and
1.48
μηι
....................177
Bo Pedersen, Anders Bjarklev,
Kristen
Dybdal, Carl Christian Larson
ThM3 Progress in the optimization of erbium-doped fiber
amplifiers
..............................178
Richardi,
laming, David
N.
Payne, Massao
laåiibana
ThMt Temperature characteristics of noise figure of erbium-doped
fiber amplifiers
...........................179
Y. H. Cheng,
N.
Kagi, A. Oyobe, H. Hiramatsu, K. Nakamura
ThM5 High-gain-limiting erbium-doped fiber amplifier with over
30
dB
of dynamic
tange
..................... .180
W.
L
Way,
Ό.
Chen,
Μ. Α.
Seift,
M. J.
Andrejco, A. Yi-Ym,
Α.
Von
Lehman,
C. Lin
ThNl Technology
options for
passive
optical networks
..........................181
J.
К
Stern
хп
ThN2
ThN3
ThN4
ThO
DETECTORS
ThP
TUTORIAL
ThOl
ThO2
ThO3
ThO4
ThO5
ThPl
Demonstration of an all-optical loop/interoffice architecture
connecting passive optical networks to a broadband
switching hub
............................182
Stuart S. Wagner, Henri E. Tohme, Thomas E. Chapman, Ronald
С
Menendez,
Mansoor
A. Saifi
TBOSS
—
a transparent business optical subscriber system
with full duplex multiaccess provided by tunable coherent
single-laser transceivers
......................183
Giok-Djan Khoe
RACE project R1010
—
coherent multicarrier transmission and
switching for an optical frequency multiplexed broadband
network
...............................184
G. Heydt, G. D. Khoe, S. Roe, A. Ebberg
Flip chip assembly of photonic devices
.............185
M.J. Wale
Flip-chip InGaAs avalanche
photodiode
with ultra-low capac¬
itance and large gain-bandwidth product
...........186
T. Mikawa, H. Kuwatsuka, Y.
Kito,
T.
Kumai,
M.
Makiuchi,
S.
Yamazaki,
O. Wada,
T.
Sfarai
Planar
IrűVInGaAs
avalanche photodiodes
with a gain-
bandwidth product exceeding
100
GHz
.............187
I. E. Tarof
High-efficiency waveguide InGaAs pin
photodiode
with
bandwidth of greater than
40
GHz
................188
Kazutoshi
Kato,
Susumu
Hata,
Atsuo
Kozen,
Jun-ichi Yoshida
Photodetector bandwidth reduction and signal distortion
. . 189
K.
].
Williams, R. D. Esman, T. F. Carruthers
Narrow-linewidth lasers with broad tuning capability
P. Kuindersma
.190
FRIDAY, FEBRUARY
22, 1991
FA ERBIUM-DOPED
FIBERS:2
FAI
Fiber-based amplifiers:
progress in
1990...........................191
J. R. Simpson
FA2 Fluorescence line narrowing in erbium-doped fiber
amplifiers
..............................194
Stephen
С
Guy, Robert A. Minansian, Simon
Ђ.
Poole, Mark G.
Sceats
FA3 980-nm diode-pumped Er-doped fiber optical amplifiers with
high gain-bandwidth product
..................195
G.
Grasso,
F.
Fontana, A. Righetti,
P. Scrivener, P. Turner, P. Maton
FA4 Tunable
Er3 *
fiber laser utilizing intracore Bragg
reflectors
...............................196
G. A. Bali, W. W. Morey,}. P. Waters
FA5 Compact, highly efficient, and powerful
1.48-μπι
diode-
pumped broadband
superfluorescent
fiber source
at
1.55
μΐη
..............................197
H. Février,
J. F. Marcerou, P.
Boussełet,
J.
Auge, M.
jurczyszyn
XVII
FA6
FA7
FA8
FB
ADVANCED
OPTICAL FBI
SOURCES:
2
FB2
FB3
FB4
FB5
FB6
FB7
FC
MEASUREMENT
TECHNOLOGIES
FD TUTORIAL
FC1
FC2
FC3
FC4
FC5
FC6
FD1
Er3+
doped
ЄеОг-СаО-АігОз
silica core fiber amplifier
pumped at
813
nm
.........................198
M. Saifi, M. J. Andrejco, W. I. Way, A.
Von
Lehman, A. Yi-Yan,
С
Un,
F.
Bilodeau,
К. О.
Hill
Performance
of a distributed erbium-doped dispersion-
shifted fiber amplifier
.......................199
}.
R. Simpson, H. T. Shang, P.
С
Becker, L.
F. Mollmauer, N.
A.
Olsson,
M.
]. Neuheit,
К.
S.
Kranz,
P. J.
Lemoire
Distributed erbium-doped fiber for lossless link
applications
.............................200
S. T. Dawn/, D. L. Williams, B.
].
Ainslie
Polarization-independent semiconductor optical amplifier
module using twin graded-index rod lenses
..........201
Т. ТоуопаЫ,
S. Tsuji, M.
Haneda,
Y. Ono
Extremely narrow linewidth
1.5-μΐη
multiple quantum-well
distributed Bragg reflector lasers entirely grown MO VPE
. . 202
Y. Matsui, T. Kunii, H. Horikaxoa, T. Kamijoh
High-power multiple quantum-well optical amplifiers
. . .203
G.
Eisenstein,}.
M.
Wiesenfeld,
U. Koren,
G.
Raybon
Thermal contribution
to wavelength
tunability
of multi-
electrode
DîB
lasers
........................204
J.
Jacquet, A. Olivier,
D.
Leckre,}.
Benoit,
О.
Le
Gouezígou, L.
Le
GouezigouJ.-L. Lievin
Depolarized source for fiber-optic applications
........205
W. K. Burns, R. P. Moeller,
С
H.
Bulmer,
A. S.
Greenblatt
1.54-μιη
high-power diode-pumped erbium laser
.......206
D. W. Anthon, T. J. Pier, P. A. Leilabady
Frequency-stabilization scheme for DFB laser diodes using
acetylene absorption lines in
1.51-1.55
џхп
...........207
Shoichi
Sudo,
Yoshihisa Sakai, TetsuhiL· Ihegami
Novel high-bandwidth method for measurement of the
fringe visibility in two-beam interferometers
.........208
My
Arie-, Moshe
Tur
High-precision fiber-optic position sensor system using ladar
techniques
..............................209
Edward
].
Vertatschitsch, Gregory L. Abbas, Michael
de La Chapelle,
Charles
R.
Porter
Optical clock distribution using a mode-locked semiconduc¬
tor laser diode system
.......................210
Davis H.
Hartman,
Peter J. Delfyeit, S.
Zuber
Ahmed
New passive polarization scrambler for lightwave systems
. 211
M. W. Maeda, D. A. Smith
Myth: Optics is fast, electronics is slow
.............212
David
A4.
Bloom
High-resolution optical frequency-domain
ref
lectometry
. .213
David W. Dolfi
AM video transmission
......................214
Richard B.Childs
XVIII
FE
MULTIPLE-ACCESS
NETWORKS
FF TUTORIAL
FEI Digital
subcarrier
multiple-access over
passive
optical net¬
works for narrowband and broadband subscribers
......215
D, Mestdagh,
С
Sierens,
G.
Van
der Plas
FE2
Five-channel 1-Gb/s aggregate throughput
subcarrier
applications
.............................216
Richard
J. S.
Bates, Young
H.
Kwark
FE3 Logically rearrangeable multihop lightwave networks
...217
A. S
Acampara,].
-F.
P. Labourdette
FE4 Multiple-channel routing in a linear lightwave network
. . 218
Krishna
Bala,
Tfanuis E. Stern
FE5 Analysis of multiple-channel optical bus networks using
doped fiber amplifiers
.......................219
Rajiv Ramaswami, Karen Liu
FE6 Channel capacity simulation for a chirp-limited dense
WDMA system using
OOK
modulation and optical
filters
.................................220
C.-S.
Li, F. Tong,
К.
Liu,
D. G.
Messerschmitt
FFl Integrated-optic and hybrid
optoelectronic devices
on silicon
...............................221
Charles
H.
Henry
XIX
Key to Authors and Presiders
223
Abbas, Gregory
L
-
FC2
АЬе.У.-ТгіАЗ
Acampora, A. S.
-
FE3
Accard, A.-WH1
Ackley, Donald E.-WB
Adams, D.M.-WM2
Adar, R.-TUF5
Aga,
Keigo -TuBI, TuB2
Ahmed, S.
Zuber -
FC3
Aida, Kazuo-TuNe
Ainslie, B. J.
-
FA8
Albanese,
A.-WI3
Alexander, Steve
- FC, WH
Alferness,
R. C.
-
ThB2,
WM
Amemiya, Yoshihito
-
TuE4
Andreadakis,
N.
С. -ТиРЗ,
WB5
Andrejco, M. J.
-
ThM5, FA6
Andrekson, P. A. -WC1
Anthon, D. W.
-
FB6
Archambault,
J. L
-
WL10
Arie, Ady-
FC1
Armiento,
С.
Α.
-
WM8
Artigue,
C-ThB4
Asano,
Hideki
-
WG1
Auge,
J.
-ThbW, FA5
Auracher,
F. - WH4
Dunning,
H.
—
ThC1
Baden Fuller,
A. J.
-
WM1
0
Baets,
R.
-
WM4
Bahsoun,
Samia
M. -TuHI
Bala,
Krishna
-FE4
Ball,
G.
Α.
-
FA4
Baney,
D. M.-WN7
Baran, J. E. -ThBI
Barry,
V.
-
WM8
Basch,
E.
Bert -
ТиС
Bates, Richard
J.
S.
-
FE2
Becker,
P.
С.
-
FA7
Becker, R. A.-ThlS
Bennion,
lan
—
ТЫЗ
Benoit,
J.
-WM9.FB4
Bergamin,
F. - WF7
Berkoff,T.A.-WF2
Berthold, Joseph E. -TuP
Best, AlexB.-TuU
Bhagavatula, Venkata
A. — FF
Bhat, R. -TUB4, TuB5, WB5
Bllodeau, F.-WL3, FA6
Biotteau, B.-WH1
Bissessur, H.-WH1
Bjarklev, Anders - ThM2
Black, R.J.-WL10
Blank.LC.-TuOI
Blonder, G. E.-TuFS
Bloom,
David M. - FC5
Blow,
K.J.-ThL3
Blyth,
К.Ј.-ТЋОЗ
Bodeep, G. E. - TuC4
Bogatyrjov,
V.
A. - WL9
Bohnert, K.-WF3
Bonneil, L.
-ТпАЗ
Bousselet,
Р.-ТПН4,
FA5
Bracke«, Charles A. - ThJ
Brain,
M.
С.-ТиНг
Brinkmeyer,
E.
- WF6, WN2
Brosson,
P.
-
WM9
Bubnov,
M. M.
-
WL9
Вису,
W. E.-WD1
Buhl, LL.-ThB2
Buimer,
С.
H.
- FB5
Bures.J.-WĽIO
Burmeister,
M.
-
ThC1
Burns,
W.
К.
-
FB5
Burrus,
CA.-TuF2,Thl1
Campbell, Joe
С.
- ThO
Carruthers, T. F.
-ТЮб
Chandrasekhar, S.
-ТиВЗ
Chang,
G.-K.-TUB4,
ТиВ5
Chang-Hasnain,
С.
J.
—
TuF1, TuF3,
WC3, WM7
Chang,
Hung-chen -TuEl
Channln,
Donald
-
TuA, TuJ
Chapuran,
Thomas
E.
-ТпЫг
Chen, Chin-Lin
-WL2
Chen, D.-ThH5,ThM5
Chen,
Lian
К.
-
WL6
Chen,Y.K.-TuN4
Cheng, L-WN9
Cheng,
Y.H.
-ThM4
Chesnoy,J.-WH1
Cheung, K.W.-WB5,ThB1
Cheung,
N. K.-WI2
Chiddix, James A. -TuCI, ThC
Chien,
М.-ТЫ2
Chik, K.
D.
-ТгіВЗ
Childs, Richard
В. -ТиСб,
FD1
Chin, M.A.-TUN4
Chinone.N.-WMS
Choa, F.S.-TUF2
Chraplyvy, Andrew R.
-
TuH, TuK4, TuO
Chung, Y.-ThW
Cimini, Jr., L. J. -TUC2
Cipollai,
Jr., J.W.-WA3
Claus,
Richard O.
-
TuE2, TuM5
Clausen, Jr., E. M. -TuFI
Clesca, B.-WH1
Coldren, L. A.
-
Th!4
Cordaro.W.-WDI
Cornish, P. W.-Th!5
Curtis,
L
-WL5
Dagli, N.-Thl4
Daino, B.-WF7
Dandridge, A.
-
WF2
Dapkus, P. D.
-
WB3
Darcie,
T. E.-TUC4
Daryoush, A. S.
-
WN6
Davey, S. T.
-
FA8
de La
Chapelle,
Michael -
FC2
Dean, Jr., David
L
-
ThA5
Delfyett, Peter J.
-
FC3
DeMario,
G.
-
WD1
Derosier,
R. M.
-TUK4
Desurvire, Emmanuel
-
ThE1
,
ThM1
Desurvire,
R.
-ТІіНЗ
Devito,
M.
-
WB1
Dianov,
E. M.-WL9
DiGiovanni,
D. J. -ThMI, WA2
Dolf
i,
David
W.
-
FC6
Doran,
N.J.-
ThL3
Dursin,
A.-ThH4
Dybdai,
Kristen
-ThM2
Ebberg,
Α.-
ThN4
Edge,
С.
-
ТиН5
Edmonston,
D. R.
-
ThG3
Eichen,
Elliot -ThB
Eisenmann,
M.
-
WN1
Eisenstein,
G.
-
FB3
Elliot,
J.C.
-WD1
Elrefaie, A.-ThH5
Eng.KaiY.-WD4,
WK
Esman, R. D.-ThO5
Evankow, J. D.-TM2
Fan, B.-TUF7
Favire, F.
-
WB5
Fellows,
David M.
-
TuL
Fenning, S. -ThHI
Fermann, M. E.
—
TuK1
Fernler, B.-WH1.WM9
Février, H.
-
FA5
Fishman,
Daniel
A. —TuHI
Fitzgerald, T. W.
-WM8
Flagello, D.
-TuFľ
Florez, L. T.
-
TuF1
,
TuF3, WM7
Fontana,
F.
-
FA3
Forrest,
S. R.-WN9
Forrester,
D.S.-
ThD3
Fortenberry, R. M.
-
WD3
Främchen, C.-WF6
Franzén, Douglas
L.
-
WF
Frazee, Jr.,
R. E. -ThGS
Freeze,
Jim
D.
-
TuM4
Frigo,
N.J.-
TuC4
Fujihara, K.
-
WG6
Fujimoto, J. G.
-
WM6
Fujfta, S.
-ТиОг
Funemizu, M.
-
WB4
Furukawa, Shin-ichi
-
WN8
Gabia,
P.M.-ThH4
Gáborit,
F. -ThB4
Gailhanou, M.
-
WM9
Gailton, P.B.-WN7
Gattarossa, A.
-
WF7
Gardner, William
В.
-
TuG, WAS
Gauchard,
S.-
ТћН4
224
Key to Authors and Presiders
Gaukel, G.
-
WH4
Gelorme.J.
D.-TuFľ
Georgiou,
Christos
J.
-
WD1, WD2
Gilbert, Sarah
L-WF5
Gimlett, James
L
-
TuB5, ThH
G rtlin, Richard D.-ThJI
Gtombitza, U.
-
WN2
Gnauck,
А. Н.-ТЫ2
Gonthier, F.-WL10
Gopal,
Inders. -ThK
Gouezigou, L.
Le
-ТћВД
Govindarajan,
M.
-
WN9
Gozdz, A.S.-WB5
Grasso,
G.
-
FA3
Greenblatt, A. S.
-
FB5
Grodzinski,
P.
-
WB3
Gross,
Richard
-
ThC2, ThD2
Grosskopf,
G.-TUN5
Grossmann,
E.
—
ThC1
Günther, Michael F. -TUE2
Guy, Stephen
С
- FA2
Ha, W.
L
- WD3
Habbab,
I.
M. I.-TUC2
Haberl, F.-TuK1
Haneda, M.-FB1
Hankey, J. - TuH5
Harada,T.-WM3
Harbison,
J.
P.
-
TuFI
,
TuF3, WM7
Hartman, Davis
Η.
- FG3
Hata,
Susumu
-
ThO4
Hattori,
Yasuji -
ThA1
Hauff,T.-ThL2
Haugsjaa,
Р. О.
-
WM8
Hayashi, Hideki -TuBI, TuB2, WM1
1
Hayashi, Yoshihiro
-
TuH4
Hayes,
J. R.
-TUB4, TuB5
Heiniein,
W.
-ТМ-г
Heismann, F. -ThBS
Henmi,N.-TuO2
Henry, Charles H. - TuFS, FF1
Heritage,
J.
Р. -ТиКЗ
Hermes, Th. -ThCI
Heydt, G.-ThN4
Hilbk, U.-ThCI
Hill.A. M.-ThDS
Hill,
Kenneth
О.
- TuE, WL3, ThD3
Hü!,
Pau!-WH2
Hirabayashi, Kazuto - WL8
Hiramatsu, H. — ThM4
Hirayama,Y.~WB4
Hoen,
B.-ThCI
Hofer, M.-TuKI
Holmstrom, R. - WM8
Hong,W.-P.~TuB4,TuB5
Horikawa, H. - FB2
Hoshino, S.-TuFS
Huang,
T.C.-ThW
Huber, David R. -
ТиСЗ,
WL6
Humblet, Pierre A. - FE
Humphreys,
D.
Α.
- WM10
Ikegami, Tetsuhiko - FB7
Imai,
Takamasa
- TuH4
Imamura,
Saburo -TUF6
Inano, Shigeru - WN4
Inniss, Daryl - ThG4
lnoue,H.-ThH5
Inoue,
Куо-ТІіСЗ
Iqbal,
Muhammed
Zafarnn -
ТиОЗ,
WB5
lshikawa,S.-WA4
lshino,M.-WG6
Ishio, Hideki -ThL
Ito.M.-TuFS
Ito,
Takeshi
-
ТиН4
Iwashtta, Katsushi - WH7
Iwata, Atsushi -TUE4
Izadpanah, H. -ThHS
Izawa, Tatsuo -TuFS
Izumita, Hisashi—WN8
Jacquet,
J.
- FB4
Jacquinot, J.-C. - WH1
Jagannath,
С
-WM8
Jain, Raj
-
ТиІ4
Jakubczyk, Z.
-ТпАЗ
Janniello, Frank
J.
-
ТиМЗ
Jensen, Michael A.
—
TuM4
Jewell,
J. L
-TUF1.TUF2
Jinguji, Kaname
-
TuF4
Jinno, Masahiko
-
TuN1
,
TuN2, TuN3
Johnson, D. C.
-
WL3
Johnson,
H.A.- WC3
Johnson, J. J.
—
ThB1
Jopson,
R. M.
-TUK4, Thl2
Juan, Wen-nan-TuEl
Judy, Arthur F.
-
WL4
Jurczyszyn, M.
-
FA5
Juskaitis, R.
-
WL1
Kagi,
N.
-ТћШ
Kagi, Nobuyuki
-
WL8
Kamei,
Hidenori
-
TuB1
,
TuB2, WM1
1
Kamijoh, T.
-
FB2
Kanamori, H.
-TuFe, WA4
Kapon, EH-WG4
Karol,
Mark J.-TuPI
Kato, Kazutoshi-ThO4
Kawachi, Masao- TuF4, TuG1
Kawaradani, Masahiko
-
WG1
Kearns,
R. F.
-
ThC4
Kersey, A. D.
-
WF1
,
WF2, WN5
Ketelsen,
L J. P.-WM1
Key, P. L.
-
ThG1
Khoe, Gfok-Djan- ThD, ThN3, ThN4
Kilián,
A.
-
WA3
Kim,H.B.-WM2
Kintzer, E. S.
-
WM6
Kistter, R. C.
-
TuFS
Kitamura, Mitsuhiro
-
WG1
Kito,Y.-Th02
Klein,
A.A.-
WA5
Knudson, Don -Wl
Koch, T. L.
- Tu
F2, ThB2, Th I2, WD4,
WG
Koga,
Masafumi-TuE4
Kohlhaas,
A.-WF6
Koren,
U.
-
TuQ,
ThB2,
ThH,
Thl2, FB3
Kosiorska, Halina
-
ThA2
Kovats,
T.
-
WM2
Koyamada, Yahei
-
WN8
Koza, M. A.
-
WB5
Kozen,
Atsuo
-
ThO4
Kranz,
К.
S.
-
FA7
Krause, John
-Th^
Kubota, Hirokazu - TuK2
Kumai,T.-ThO2
Kunath, R.-WN6
Kung,
H. T.
-WI2
Kunii,
T.
-
FB2
Кио, С.
Y.
-
WM1
,
WM5
Kurokawa, Kenji
-
ТиК2
Kushibe,
M.
-
WB4
Kuwatsuka, H.-ThO2
Kwark,
Young
H.
-
FE2
Kyoto, M.-WA4
Labourdette, J.-F. P.
-
FE3
Labourie, C.-ThB4
LaCourse, Joanne S. -TuQI
Lacroix, S.-WL10
LaCroix.Y.-ThAS
Lagasse, P.
-
WM4
Laming, I. Richard
-ТћМЗ
Lanzisera, V.
-
ThD2
Larsen, Carl Christian -ThM2
Larsen, T. A.
-
WD1
Larson,
D. R.
-
TuG2
Lau, Kam
Y.
-
WL6, WG2, FB
Le
Gouézigou, L.
-
FB4
Le Gouézigou,
О.
-
FB4
Leach,
J. S.
-TuMI
Ledere,
D.-WM9.FB4
Lee, H.-TUB4
Lee,
T. P.
-
TuF2, TuF3, WB5
Lee, Y. H.-TUF2
Leheny, Robert F. -TuB
Leilabady, P. A.
-
FB6
Lemaire, P. J.
-
ThG1
,
FA7
Lemberg, Howard L.
-
ThN
Li.C.-S.-WC^ FE6
Liévin, J.-L.
-
FB4
Libbrecht, F.
-
WM4
Lïew, S. C. -ThBi
Lin, Bochien
-ШЗг
Lin, Chinlon -TuBS, WC3, ThH2, ThH5,
ThM5, FA6
Lin, P. J.
-
WH5
Un,
P. S. D.-WB5
Lischynsky, Steve -ThA4
Listvin,
V.
-
WL1
Liu, Karen
-
FE5, FE6
Lo,Y.H.-ThH2
Key to Authors and Presiders
225
Lobbett, R. A.-
Lockwood,
H. F.-WM8
Logan,
R.
A.-ÏUN4
Lowe, Richard
- WA
Lu, Chung-li-TuEl
Lucky, R.W.
-Tu A1
Ludwig,
R.
-TuNö
Lukas, Helmut
-ТІ1А4
MacChesney.J. B.-WA2
Maeda, M. W. - WC3, WM7, WM11, FC4
Mahoney, D. D. - WL5
Major, J.-WB1
Makarenko,
A.Y.-WL9
Makiuchi, M. - ThO2
Malo,
В.
- WL3
Malone,
K. J.-TUG2
Malone,
S.
- WN6
Mao,
X. P.
-Tuia
Marcerou,
J.
F. -
FA5
Marcuse,
D.
—
TuC4
Marrone,
M. J.
-
WN5
Massico«,
J.
F.
-ТгШЗ
Matera,
F.-WF7
Maton, P.
-
FA3
Matsui, Y.
-
WG6, FB2
Matsumoto, Takao
-
TuE4, TuN1
,
TuN2
Matthewson, M. John
-
ThG2
Maurer,
G. S.
-
Thf5
May,
Russell —
TuM5
McCrary,
V.
R.
-
WM1
Mclntyre, Robin —ThA4
Meissner, P.-ThCI
Meland, E.-WM8
Meltz, G.
-
TuM2
Menendez, Ronald
С. -ТпЫг
Menocal, S. G.
-
WB5
Meslener, G. J.-ThC4
Messerschmitt,
D. G.
-
FE6
Mestdagh, D.
-
FE1
Michitsuji.Y.-WMH
Mikamura,
Yasuki — WN4
Mikawa.T.
-ТИО2
Miki,
Tetsuya
-
WC5
Miller, B.I.-ThB2,Thl1,Thl2
Miller, Calvin M. -TuA, TuM3
Minasian, Robert A.
-
FA2
Mito,
Ikuo-WGI
Miya, Tetsuo
—
TuG1
Miyazaki,
Tetsuya
-
WH6
Moeller, R. P.
-
FB5
Mogensen,
Gregers-^04
Mollenauer,
L
F.
-
WE1, FA7
Mollot, F.-THB4
Montalvo,
Rafael
M.
-
Tul2
Morey.W. W.-TUM2, FA4
Morinaga, M. -WB4
Morioka, T.
-
TuN2
Morse, T. F.
-
WA3
Morthier, G.
-
WM4
Murata,
Michio- TuB1, TuB2
Murphy, Kent
A. -TUE2
Murphy,
M.
-ТГІС4
Nagel,
Jonathan A.
-
TuH1
Nakabayashi, Takashi
-
WN4
Nakamura, Kazunori-WL8, ThM4
Nakamura, M.
-
WB4
Nakamura, S.
-ТиЕЗ
Nakazawa, Masataka-Tu^, ThL1
Namihira, Yoshinori
-
WH6
Napholtz, S. G.
-
WM1
Neubauer,
I. -ThH4
Neubelt, M.J.-FA7
Newkirk, Michael
A.
-
WG3
Nguyen,
С. К.
-
ТиВ4, ТиВ5
Nishina,
S. -WN3
Noé, R.-WH3
Nolan, Daniel
Α.
-
TuE5,
ТиМ
Norimatsu, Seiji
-
WH7
Nosu,
Kiyoshi-ThCS
O Byrne, Vincent A.
-
TuC5
Oda, Kazuhiro
-
ThC3
Ohga, Y.
-
WA4
Ohkawa,
Norio
-
TuH4
Ohmori, Yasuji
—
TuG1
Ohtsuka,
N. -
WG6
Ohyama,
І. -ТиЕЗ
Okai,
M.-WM3
Okuda, H.
-WM 11
Olivier,
Α.-
WM9, FB4
Olshansky, Robert -WH2, ThC2, ThD2
Olsson,
Anders
—
WE
Olsson,
N.
A. -TuFS, WC1, FA7
Ono,
Y.
-
FB1
Onomura,
M.
-
WB4
Oprysko.M. M.-TUF7
Orenstein, M.-TuFI
Osinski, J. S.
-
WB3
Owen, M.-TUH5
Oyabu, Hiroyuki
-
WN4
Oyobe, A.-WL8,ThM4
Pacey, Grant -ThA4
Pang, L. Y.
-
WM6
Park.Y.
К.-ТиНЗ
Patel,
J.
S.
-
WC3
Patterson,
David
R.
-
WC, FD
Payne,
D.
В. -ТпОЗ
Payne,
DavidN.
-ТпМЗ
Pedersen,
Во-ТпМг
Peyre,J.-L-ThB4
Phillips,
M. R.-
ТиС4
Pier, T. J.
-
FB6
Pike,
Ѕ.-ТиЊ
Piano.W.-WBI
Polifko, D. M.
-
WN6
Poole,
Simon
B.
-
FA2
Porter,
Charles R.
-
FC2
Powazinik, W.
-
WM8
Presby, H. M.-ThMI
Puetz, N. ~ThB3
Rae,
S.
-
ThN4
Ramaswami,
Rajiv-
FE5
Raub, F.-ThCI
Raybon, G. -Thl1,FB3
Reinhart,
L-WA3
Re rth, L-ThH5
Renner,
Daniel-TuF
Richardson,
B.
-
WM2
Righetti,
A.
-
FA3
Risen, Jr., Wm.-WAS
Rodler,
H.
- WH4
Rolland,
C-ThB3
Rondinella,
Vincenzo
V.
- ThG2
Rothman,
Μ. Α.-
WM8
Rumyantsev, S. D.
-
WL9
Runham,
M. -WM10
Ryu, Shira-WHB
Sachs, Martin
W.
-
WD, WD1
Saifi, Mansoor
Α.
-ThE, ThG, ThM5,
ThN2, FA6
Saito,
T.-TuO2
Sakai, Yoshihisa
-
FB7
Saleh, Walid-TuMS
Sanford,
N.
A.-TUG2
Saniter, J.-ThCI
Sankawa,
Izumi
-
WN8
Sano,
Hiroaki-WL7
Santoro, Mario
Α.
-
WD4
Saravanos,
Costas
-WL1
0,
ThA2
Saruwatari,
M. -TuN2
Sasaki,
Goro
-
ТиВ1
,
ТиВ2
Sato,
Kenji
-
WC2
Sawchuk,
Α. Α.
-
WN9
Sceats, Mark G.
-
FA2
Schanbel,
R.-TuNö
Scherbath,
Darrell
-ТиІЗ
Scherer,
Α.-
TuF1
Schiano, M.
-
WF7
Schlafer, J.
-WM1Q
Schmidt, F. - ThC1
Schunk, N. -TUN5
Seif
res,
D.
- WB1
Scrivener, P.
-
FA3
Sekine,
Satoshi
-
WC2
Self ridge, Richard H. -TUM4
Semjonov,
S. L
-
WL9
Sessa,W.B.-WH5
Shah, V.-WL5
Shang,H.T.-WA5,FA7
Shani,Y.-TuF5
Shatalin,
S. - WĽI
Shieh,
C. L
-
WM8
Shimizu,
Т.-ТиЕЗ
Shirai, T.
-
ThO2
Shirasaki,M.-WN3
226
Key to Authors and Presiders
Shukla,V.S.-ThC4
Shumate, Paul A.
-
ThD1
,
ThF
Sierens, C,
-
FE1
Simcoe, Robert J.
-
WI4
Simpson, J. R.
-
FAI, FA7
Smith, D.A.-ThB1,FC4
Smith, P. J. -ThDS
Smithgall, D.
Н.-ШЗЗ
Snitzer,
Elias -
FA
Someda,
С
G.
-
WF7
Speth,
A.-TuFľ
Spirit,
D. M. -TuOI
Stem,
J. R.-ThNI
Stern,
М.-ТиКЗ
Stern, Thomas
E.
-
FE4
Stewart,
W.
J.
-
WJ1
Stigliani, Jr.,
D. J.
-
WD1
Stoffel, N.
G.
-
WM7
Stolen,
Roger H.
-
TuJ1
,
TuK
Strahl, Mary
Jane
—
Tuli
Su,S.-ThD2
Sudo,
Shoichi
-
FB7
Sugita, Akio -TUE4
Susaki, W.
-
WG5
Suzuki, F.
-
WF4
Suzuki,
N. -
WB4
Suzuki, Tomihiro
-
WN4
Sysoljatin, A. A.
-
WL9
Szentesi,
Otto
-
ThA
Tabasky, M.-WM8
Tachibana,
Маѕао-ТпМЗ
Takada, Atsushi-TuNS
Takagi, Akihiro
-
TuF4
Takahashi, Hirotaka- WN4
Takahasni, M.-WM11
Takáno,
Shinji
-
WG1
Takenaka,
N. -
WG6
Tanaka, Shigeru
-
WL7
Tanbun-Ek, T.-TuN4
Tantawi,
Asser
N. -
ТиРЗ
Tantawy, Ahmed
N.
-ТиРЗ
Tarof,
L E.
-ТЮЗ
Tatlock, Timothy A. -TuCS
Taylor, J. M.-WD1
Tell, B.-TUF2
Terasawa, Yoshiaki -
WĽ7
Thijs, P.J.A.-WB2
Thomas, Robert -WI4
Tkach, R. W.-TUK4
Toba,
Hiromu-WTCS, ThC3
Tobag i, F.-TUP2
Tohrne, Henri E.-ThN2
Tomita, Akira-WJ
Tong,
F.-FE6
Toyonaka, T. - FB1
Trewhella, J. M.-TUF7
Tseng, Liang
D.
- WD4
Tsuchiya, T.-WM3
Tsuji.S.-ThHö, FB1
Tucker,
R.
S.
-
WD3
Turnura, Eiji
-
WN4
Tur,
Moshe -
FC1
Turner,
P.
-
FA3
Twu,
Y.
-
WM1
Ueki, Muneaki-ThAI
Uno, T. - WG6
Uomi, K.-WM3
Urquhart, J.
-ТиНб
Váhala,
Kerry
J.-WG3
Van Der
Plas,
G.
-
FE1
Vaziri,
Masoud-WI^
Vengsarkar, Ashish M. -TUE2
Vertatschîtsch, Edward J
-
FC2
Von Lehmen,
A.
С.
-TuFI, ThM5, FA6
Wada,
Α.
-
WF4
Wada, O.
-ТћОг
Wagner,
R.
E.-WH5
Wagner, Stuart
S.
-TI1N2
Wahl,C.-WH4
Wakabayashi, Hiroharu
-
WH6
Wale,
M.J.-TuH5,ThO1
Walker,
J.
Α.
-
WC3
Walker,
Kenneth
L.
-
WA1
,
ThM
Walker,
S. D.-ThHI
Wang, S. J.-WM1.WM5
Wang, S. Y.-Thl
Watanabe,Y.-WN3
Waters,
J. P.
-
FA4
Watson,
Greg -WH
Way,
W.
I.
-Thhtë,
ThM5, FA6
Weber,
H. G.
-TUN5
Weidel,
E.
-
WN1
Welch, D.F. -WB1
Weller, Joseph
F. -
TuN
Westphal,
F. J.
-ThCI
Whalen, M. S.-ThB5,Thl1
Wiesenfeld,
J. M.
-
FB3
Williams,
D. L
-
FA8
Williams,
K.J.-
ThO5
Willner, A. E.
-Thhtö
Wluka,
G. M.-WD3
Wong, Bennett -ThA2
Wood,
Т.Н.-
TW1
Wu,
Оіі-ТІіВЗ
Wu,
M. C.-TuN4
Wullert.J. R.-WM7
Wyatt, R.-ThD3
Xu,J. M.
-ТћВЗ
Yamaguchi, M. -TUO2
Yamamoto, R.
-
WN3
Yamasaki, S.-WF4
Yamashita, Ichiro
-
WC5
Yamauchi, R.
-
WF4
Yamazaki,
S. -ThCtë
Yanagawa, H.
-
ТиЕЗ
Yano, Hiroshi
-
TuB1
,
TuB2
Yi-Yan.A.-ThMS, FA6
Yokota, H.-TUF8, WA4
Yoo.H.-J.-TuFI
Yoshida, Jun-ichi
-
ThO4
Yoshimura, Ryoko
-
TuF6
Young, M.
G.-ThB^Thß
Young, W.
С
-
WL5
Yuce,
H. H.-ThGI
Zah,
С
E.
-
TuF3, WB5, ThP
Zamkotsian, F.
-
ThB4
Zaninello, R.
-
WF7
Zirngibl, M.-ThMI
ZOU.Y.-WB3
|
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| callnumber-first | T - Technology |
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| callnumber-raw | TA1800 TK5103.59 |
| callnumber-search | TA1800 TK5103.59 |
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| callnumber-subject | TA - General and Civil Engineering |
| classification_tum | ELT 680f |
| ctrlnum | (OCoLC)30897618 (DE-599)BVBBV005913113 |
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| dewey-search | 621.382/75 |
| dewey-sort | 3621.382 275 |
| dewey-tens | 620 - Engineering and allied operations |
| discipline | Elektrotechnik Elektrotechnik / Elektronik / Nachrichtentechnik |
| format | Conference Proceeding Book |
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| genre | (DE-588)1071861417 Konferenzschrift 1991 San Diego Calif. gnd-content |
| genre_facet | Konferenzschrift 1991 San Diego Calif. |
| id | DE-604.BV005913113 |
| illustrated | Illustrated |
| indexdate | 2024-07-09T16:36:45Z |
| institution | BVB |
| institution_GND | (DE-588)5069269-0 |
| isbn | 078030571X 0780305728 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-003702265 |
| oclc_num | 30897618 |
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| owner | DE-91 DE-BY-TUM |
| owner_facet | DE-91 DE-BY-TUM |
| physical | XIX, 226 S. zahlr. graph. Darst. |
| publishDate | 1991 |
| publishDateSearch | 1991 |
| publishDateSort | 1991 |
| publisher | Optical Soc. of America |
| record_format | marc |
| spelling | OFC 14 1991 San Diego, Calif. Verfasser (DE-588)5069269-0 aut Technical digest San Diego, California, February 18 - 22, 1991 OFC '91 Washington, DC Optical Soc. of America 1991 XIX, 226 S. zahlr. graph. Darst. txt rdacontent n rdamedia nc rdacarrier Literaturangaben Fiber optics Congresses Optical communications Congresses Optische Nachrichtentechnik (DE-588)4035624-3 gnd rswk-swf (DE-588)1071861417 Konferenzschrift 1991 San Diego Calif. gnd-content Optische Nachrichtentechnik (DE-588)4035624-3 s DE-604 Digitalisierung TU Muenchen application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=003702265&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Technical digest San Diego, California, February 18 - 22, 1991 Fiber optics Congresses Optical communications Congresses Optische Nachrichtentechnik (DE-588)4035624-3 gnd |
| subject_GND | (DE-588)4035624-3 (DE-588)1071861417 |
| title | Technical digest San Diego, California, February 18 - 22, 1991 |
| title_auth | Technical digest San Diego, California, February 18 - 22, 1991 |
| title_exact_search | Technical digest San Diego, California, February 18 - 22, 1991 |
| title_full | Technical digest San Diego, California, February 18 - 22, 1991 OFC '91 |
| title_fullStr | Technical digest San Diego, California, February 18 - 22, 1991 OFC '91 |
| title_full_unstemmed | Technical digest San Diego, California, February 18 - 22, 1991 OFC '91 |
| title_short | Technical digest |
| title_sort | technical digest san diego california february 18 22 1991 |
| title_sub | San Diego, California, February 18 - 22, 1991 |
| topic | Fiber optics Congresses Optical communications Congresses Optische Nachrichtentechnik (DE-588)4035624-3 gnd |
| topic_facet | Fiber optics Congresses Optical communications Congresses Optische Nachrichtentechnik Konferenzschrift 1991 San Diego Calif. |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=003702265&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
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