You will need Adobe Acrobat to download the presentation notes linked below.
If you don't have this software yet, you may download it for free at the Adobe
website.
|
Category A: Fibers and Propogation
Invited
Ultra low PMD fibers by fiber spinning, FA1
Ming-Jun Li
Corning, Inc., USA
The development of hollow core waveguides for applications in telecommunications,
sensors, and laser power delivery, WA3
James Harrington
Rutgers University, USA
Design and analysis of high-speed short-reach multimode optical
communications systems, ThI2
Steven E. Golowich
Bell Labs, Lucent Technologies, USA
Frozen-in stresses and strains in optical fibers, TuB1
Andrew D. Yablon
OFS, USA
Ultra low loss and long length photonic crystal fiber, WI7
Katsusuke Tajima
NTT, Japan
Field measurements of PMD and state of polarization from a Tier-1 Carrier, FI1
Daniel L. Peterson
WorldCom, USA
Manufacture of plastic optical fibers, ThI1
Whitney White
OFS, USA
Practical applications of holey optical fibers, ThA1
David Richardson
University of Southampton, United Kingdom
|
Tutorial
Design and modeling of microstructure optical fiber, WA4
Steven G. Johnson, MIT, USA
Download presentation
notes
|
|
Category B: Amplifiers and Lasers, Fiber or Waveguide
Invited
New nonlinear fibers with applications to amplification, TuC3
Masashi Onishi
Sumitomo Electric Industries, Japan
Advances in diode laser pumps for Raman amplification, WB1
Naoki Tsukiji
The Furukawa Electric Co., Ltd., Japan
Potential of nanoparticle technology for next generation erbium-doped fibers, FB5
Simo Tammela
Liekki, Finland
Nonlinear amplifiers and fiber processing devices, TuK1
Kyo Inoue
NTT Basic Research Laboratories, Japan
Alternative amplifiers, ThJ3
Gerlas N. van den Hoven
Genexis, B.V., The Netherlands
Medical imaging applications of telecom sources, ThB3
Joseph A. Izatt
Duke University, USA
Transients in Raman amplifiers, WB4
Simon Chen
Onetta, USA
|
Tutorial
Fundamental of Ramen amplifiers, WJ1
Roger Stolen
Virginia Tech, USA
|
|
Category C: Resonant Devices and Signal Conditioning
Invited
Interference-based optical MEMS filters, TuD3
Olav Solgaard
Stanford University, USA
Is photonic crystal technology commercially viable?, ThR4
James Pond
Lumerical, Canada
Manufacture of high-performance fiber Bragg gratings for dipsersion compensation, ThC3
Mikhail Sumetsky
OFS Labs, USA
All-fiber devices based on tapered fibers, ThK2
Timothy A. Birks
Dept of Physics, Univ. of Bath, United Kingdom
High-speed liquid crystal devices for polarization control and analysis, TuJ5
Bharat Acharya
Bell Laboratories, Lucent Technologies, USA
Advanced MEMS devices for channelized dispersion compensation, WK4
David T. Neilson
Bell Laboratories, Lucent Technologies, USA
Recent advances in thin film filters, TuD6
Robert Sargent
OCLI, a JDS Uniphase Company, USA
|
Tutorial
Photonic crystals and their applications, ThK1
Eli Yablonovitch
UCLA Electrical Engineering Dept., USA
|
|
Category D: Optical Switching, Wavelength Separation and Planar Waveguide Device
Invited
Modular wavelength selective cross-connects, ThQ1
Dan Marom
Lucent, USA
Packaging of highly integrated PLC components, ThL1
Detlef Krabe
OpTun GmbH, Germany
Ingo Baumann
OpTun GmbH, Germany
Direct UV-written integrated optical components, FK2
Mikael Svalgaard
COM, Technical University of Denmark, Denmark
Hybrid integration of active devices on PLC, ThL4
Toshikazu Hashimoto
NTT Photonics Laboratories, Japan
Integrated circuit on-PLC integration, WC6
Shinji Mino
NTT Photonics Laboratories, Japan
Polymer waveguides for optoelectronic devices, packaging and
interconnects, FK1
Garo Khanarian
Rohm and Haas, USA
Wavelength-selective switching - Architecture and technology
overview, WC3
John Tomlinson
JDS Uniphase Corp., USA
|
Tutorial
Planar waveguide devices for efficient switching and wavelength routing,
TuI1
Corrado Dragone
Lucent Technologies, Inc., USA
Download presentation
notes |
|
Category E: Optoelectronic Devices
Invited
100 Gbit/s time-domain processing techniques for optical packet switching, WD1
Scott A Hamilton
MIT Lincoln Lab., USA
1.3-µm InGaAlAs directly modulated MQW RWG DFB lasers
operating over 10 Gb/s and 100°C, ThD1
Koji Nakahara
Hitach Central Research Labs., Japan
Traveling electrode EA modulators toward 100Gbps, FL1
Lars Thylen
Royal Institute of Technology, Japan
High-performance semiconductor optical amplifiers, ThS1
Tony Kelly
Kamelian, UK
Intersubband all optical switches for 160Gb-1Tb/s OTDM systems, WD6
Hiroshi Ishikawa
Femtosecond Technology Association (FESTA), Japan
High-speed waveguide photodetectors, TuM1
Joe Campbell
Univ. of Texas at Austin, USA
LiNbO3 - where do we go from here?, FL3
Leon McCaughan
Univ. of Wisconsin, USA
Waveguide optical isolator integratable to LDs and SOAs, TuE5
Tetsuya Mizumoto
Tokyo Institute of Technology, Japan
|
Tutorial
Ultrafast InP technologies for optical fiber communications, FD1
Osamu Wada
Kobe University, Japan
Download presentation
notes
|
|
Category F: Digital Transmission Systems
Invited
Accurate methods for calculating bit-error rates, TuN5
Curtis Menyuk UMBC, USA
Nonlinear effects in phase shift keyed transmission, ThM4
Xiang Liu
Bell Labs, Lucent Technologies, USA
Deployment of 40Gb/s systems: Technical and cost issues, ThE6
Benny Mikkelsen
Mintera Corp, USA
Digital signal processing and electronic equalization of ISI, WM6
Daniel Castagnozzi
AMCC Corp., USA
Ultra high density and long haul transmissions, ThE1
Benyuan Zhu
OFS, USA
Novel modulation coding formats in ultra-high-speed optical transmission systems, and their applications, WE5
Akira Hirano
NTT Network Innovation Labs., Japan
Polarization dependent loss and its impact in optical communications systems, WE5
Antonio Mecozzi
Univ. Degli Studi Dell'Aquila, Italy
Mark Shtaif
Tel Aviv University, Israel
Spectral hole burning in long haul transmission systems, FM3
Alexei N. Pilipetskii
Tyco Telecommunications, USA
|
Tutorial
Phase shift keyed transmission, TuF5
Alan Gnauck
Lucent Technologies, USA
P.J. Winzer
Lucent Technologies, USA
Download presentation
notes
|
|
Category G: Subsystems, Network Elements and Analog Systems
Invited
A comparison of electronic and optical packet/burst switching fabrics, WF1
Dominique Chiaroni
Alcatel, France
PMD compensation: A system perspective, ThF4
Michael Eiselt
Celion Networks, USA
PMD and chromatic disperson control for 10 and 40 Gbs systems, ThU3
Herbert Haunstein
Lucent Nuremberg, Germany
New measurement techniques to characterize high speed signals, FF5
Christophe Dorrer
Lucent Technologies, USA
All-optical regeneration and wavelength conversion, WN1
Juerg Leuthold
Lucent Technologies, USA
Electronic equalization in receivers for extended reach, TuG1
Gregory Kanter
Santel Networks, USA
Electrical PMD equalizer ICs for a 40-Gbit/s transmission, TuG4
Makoto Nakamura
NTT Photonics Laboratories, Japan
|
Tutorial
Ultra high bandwidth optical sampling oscilloscopes, TuO1
Peter Andrekson
Lehigh University, Chalmers University of Technology, USA
Download presentation
notes part 1
Download presentation
notes part 2
|
|
Category H: Networks
Invited
Optical packet networks: Conclusions of the European DAVID project, TuQ1
Lars Dittman
COM Center, Denmark
New architectures and applications for integrated packet and optical
routing equipment in metro area networks, ThV5
Filippo Bentivoglio Ravasio
Telecom Italia Lab, Italy
An overview of the Network Global Expectation Model, TuH7
Steven Korotky
Bell Laboratories, Lucent Technologies, USA
Metro optical networks: A carrier's perspective, WG3
Steve Plote
Looking Glass Networks, USA
Optical burst switching: Research and applications, FO1
Polina Bayvel
University College London, United Kingdom
Traffic grooming in mesh optical networks, ThG1
Biswanath Mukherjee
UC Davis, USA
Shared mesh restoration in optical networks, TuP3
Jean-Francois Labourdette
Tellium, USA
Multiple failure restoration in mesh optical networks, ThO1
Muriel Medard
MIT, USA
Modeling performance impairments on the transport layer of metro
optical networks, WG4
Yiannis Roudas
University of Patras, Greece
|
Tutorial
Niche player or future broadband access network of choice?: What's
in the cards for Fiber-to-the-Home?, WO1
Nick Frigo
AT&T Labs — Research, USA Download presentation
notes
|
|
Category I: Applications
Invited
Government network testbeds, ThH1
Mari Maeda
NSF, USA
Optical biosensors: Applying telecommunication products to the biomedical
diagnostics market, ThH5
Naresh Menon
ChromoLogic LLC, USA
Optical networking research: A European perspective, WH1
Mike O'Mahony
University of Essex, United Kingdom
NTT's deployment of FTTH services, ThW2
Hiromichi Shinohara
NTT Access Network Service Systems Labs., Japan
Key business and technical considerations in evaluating and selecting next-generation optical technology for network evolution, WP1
Steve Goeringer
Qwest, USA
Optical networking evolution in ITU-T and IETF - A reality check, FH1
Wesam Alanqar
Sprint, USA
Sprint's fiber to the home planning, ThW1
Jim McNaughton
Sprint Local Telecommunications Division,USA
Large capability contents handling over optical networks - Motion
pictures on optical networks, ThH2
Kimio Oguchi
NTT Network Innovation Laboratories, Japan
Optical VPNs, FH4
Christopher Liljenstolpe
Network Strategies, Cable & Wireless, USA
Optical fiber networks and systems in India, WH6
Kumar Sivarajan
Tejas Networks, India
|
Tutorial
Network planning considerations and techniques for transport networks,
WP4
Paramasiviah Harshavardhana
VPIsystems
Download presentation
notes
|