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- Passive Components and Fiber-Based Devices (APOC01)
- Subjects:
- Fiber lasers and fi ber amplifiers
- Optical fi ber design and characterization
- Specialty fi bers (polarization maintaining,
dispersion compensating, dispersion managed,
rare-earth-doped)
- Multimode, plastic and holey fibers
- Fiber dispersion, polarization and non-linearities
- Fiber cabling and array connectors
- Low-cost interconnects
- Fiber grating devices
- Optical waveguide materials/devices
- Planar waveguide devices
- Couplers and fi ber-based components
- Fiber alignment and packaging
- Optical filters and interleavers (not fi ber-gratingbased)
- Tunable filters
- WDM Mux and Dmux devices
- Wavelength lockers
- Gain equalization fi lters and optical attenuators
- Dispersion and PMD compensation components
- Optical isolators and circulators
- Component design simulation and evaluation
- Confirmed invited papers:
- Dexiu Huang, Huazhong University of Science
and Technology (China), “All-optical Signal
Processing in Future Fiber Networks”
- Daniel Nolan, Corning Inc. (USA), “Recent
developments on specialty fi bers”
- David Payne, University of Southampton (UK),
to be determined
- Kevin Williams, Technical University of
Eindhoven (The Netherlands), “Integrated
Crosspoint Switches”TOP
- Optoelectronic Materials and Devices (APOC02)
- Subjects:
- Semiconductor diode lasers, DFBs, VCSELs, Fabry-Perot, arrays, tunable and multiple wavelength lasers
- Semiconductor optical amplifiers
- Photonic crystals
- Plasmonics
- Nanostructured materials and Quantum Dots
- GaN related materials and devices
- Rare-earth-doped materials and devices
- Photodetectors and receivers
- Wavelength conversion
- Non-linear devices
- Ultra-high-speed and ultrafast devices, 40 Gb/s
and beyond
- Optoelectronic, OE device fabrication, modeling
and characterization
- OE integrated circuits, hybrid, monolithic and
packaging
- Confirmed invited papers:
- Mehdi Asghari, Kotura Inc. (USA), to be
determined
- Connie Chang-Hasnain, University of California-Berkeley (USA), “Nano-mechanical tunable
VCSELs”
- Fumio Koyama, Tokyo Institute of Technology,
(Japan), “VCSEL: it’s 30 years history and new
challenge”
- Yong-Zhen Huang, Institute of Semiconductors/CAS (China), “Mode behavior in microcavity”
- Hiroshi Ishikawa, National Institute of Advanced
Industrial Science and Technology (Japan),
“Ultra-high speed photonic switching based on
sub-band transition of QWs”
- Gustav Kalbe, European Commission/Directorate General Information Society and
Media (European Union), “Research on Photonic
Components - the perspective of the European
Commission”
- Tsutomu Kitoh, NTT (Japan), “Recent advances
of planar lightwave circuits”
- Yasuo Kokubun, Yohohama National University
(Japan), “Micro-ring resonators for optical crossconnects”
- Yuhwa Lo, University of California - San Diego
(USA), “Microfl uidic photonic integrated circuits”
- Hong-Gyu Park, Korea University (South Korea),
“Hybrid single nanowire photonic structures”
- Matsuo Shinji, NTT (Japan), “Frequencymodulated
lasers for high-speed and long-haul
data transmission”
- Chang-Zheng Sun, Tsinghua University (China),
“40 Gb/s InGaAlAs EML”
- Si-yuan Yu, University of Bristol (UK), “Digital
photonic functions of semiconductor micro-ring
lasersTOP
- Optical Transmission, Switching, and Subsystems (APOC03)
- Subjects:
- High-speed transmission systems, short-, medium, long- and ultra long haul
- Ultra-high-speed transmission systems, 40 Gb/s,
100 Gbit/s systems and beyond
- Chromatic dispersion and PMD compensation subsystems
- Modulation format and coding
- Electronic Signal processing and forward error
correction (FEC)
- WDM transmitters and receivers, Transponders
- Optical regeneration, including all-optical
- Optical access networks: xPONs
- Radio over Fiber technologies, systems and
network solutions
- ASON and WDM networks and testbeds
? Reconfi gurable OADMs, WSS based nodes,
optical crossconnects including WSS, MEMS,
hybrid and all-optical
- Optical systems design and simulation
- Optical monitoring and protection issues
- Routing algorithms in ASON and WDM networks
- Gain equalization subsystems
- MultiTerabit routers : optical and optoelectronical
architectures, optical passive or
active interconnection
- Switching and routing algorithms, scheduling
- Packet Optical add/drop multiplexers
- Optical Packet/burst Switching Technology/systems and networks for metro and backbone
networks
- Optical processing for circuit or packet systems/networks, optical/opto-electronical memories
- Burst mode tranceivers, burst mode optical
amplifiers
- Future optical network concepts
- Confirmed invited papers:
- Ernesto Ciaramella, Scuola Superiore Sant’Anna
(Italy), “WDM Transmission systems based on
SOAs and alternative modulation formats”
- Vincent W. S. Chan, Massachusetts Institute
of Technology (USA) “Optical fl ow switching—a
promising new optical network transport
mechanism and architecture”
- Andrea Fumagalli, University of Texas at Dallas
(USA) “Control planes for optical networks”
- Pierpaolo C. Ghiggino, Ericsson (Italy), “Fiber in
Access Technologies and opportunities: network
convergence covering the potentialities and the
opportunities offered by optical integration”
- Ken-ichi Kitayama, Osaka University (Japan),
“Radio over Fiber: DWDM-Based Analog/Digital Access Networking and Its Enabling
Technologies”
- Giancarlo Prati, Scula Superiore Sant’ Anna
(Italy) “The all-optical fl ip-flop: state-of-the-art
and perspectives”
- Xiang Liu, Alcatel-Lucent Technologies (USA),
“High Spectral-Efficiency DWDM Transmission
with Mixed Data Rates and Signal Formats”
- Kim Roberts, Nortel Networks (Canada), “Realtime
measurements of 40 Gb/s coherent WDM
systems”
- Seb Savory, UCLA (USA), to be determined
- Atsushi Takada, NTT (Japan), “Nonlinear
inter-channel crosstalk compensation using predistortion”
- Yuichi Takushima, Korea Advanced Institute of
Science and Technology (South Korea), to be
determined
- Naoya Wada, National Institute of Information
and Communications Technology (Japan), “Ultra wide-band OPS system and related technologies”
- Ting Wang, NEC Labs (USA), to be determined
- Xu Wang, Heriot-Watt University (UK), “Advances
of OCDM encoding/decoding techniques”
- Ian H. White, Cambridge University (UK),
“Recent results and trends in RoF fi ber systems”TOP
- Network Architectures, Management, and Applications (APOC04)
- Subjects:
- Network design, planning and modeling
- Network evolution
- Interlayer and inter-domain interoperability and
standard issues
- Automatic Switched Optical/Transport Network
(ASON/ASTN)
- Optical Transport Network (OTN)
- Networks based on reconfigurable optical add
and drop multiplexer (ROADM)
- Packet Transport Network (Transport MPLS,
PBB-TE, etc.)
- Packet over optical transport network and
IP/WDM
- Carrier Ethernet and Metro Optical Network (MON)
- Next generation submarine network architecture
- Broadband access/enterprise network
- Fiber-to-the-Home, etc (FTTx)
- Passive optical networks (EPONs, GPON,
WDMPONs, and CDMAPONs)
- HFC network evolution
- Video transport network
- Home networking and home gateways
- Optical switching and routing (packet, burst, and
label)
- Broadband network convergence
- Hybrid wireless/optical networks
- Convergence of wired and wireless backbone
network
- IP broadband network for 3G and NGN
- Network signaling, control and routing
- Multiprotocol Label Switching (MPLS) and
Generalized MPLS (GMPLS)
- Network performance monitoring
- Protection, restoration and survivability
- Multilayer and cross-layer recovery
- Network security
- QoS and Service-Level Agreements (SLAs)
- Virtual Private Networks (VPNs)
- Network cost analysis and economics
- Multi-service provisioning
- IT infrastructure consolidation (BSS/OSS Issues)
- IPTV and the triple play
- Broadband enterprise services
- Large-capacity storage network
- Optical network based distributed computing
- Carrier Ethernet Service
- Wavelength services
- Video transport/distribution services
- Optical encryption and security services
- Optical high defi nition multimedia interface
(HDMI)
- Novel optical network applications
- Network hosted applications
- Confirmed invited papers:
- Biswanath Mukherjee, University of California-Davis (USA), “Reliable Architectures for
Net-Generation Broadband Access Networks
(RANGBAN)”
- Ken-ichi Sato, Nagoya University (Japan),
“Advances in Photonic Networking Technology
and its Impact on Future Networks”
- Hiromishi Shinohara, NTT (Japan), “Recent
advancement of FTTH in Japan”
- Masatoshi Suzuki, KDDI R&D Laboratories
(Japan), “Optical IP networks for broadband
services”
- Bo Wang, China Telecom Corp. (China), “FTTx:
Technology, Strategy and Application”TOP
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