Ctrl-P to Print
WDM for Military Platforms Workshop
April 18-19, 2000 - Mclean, VA
| Presentation Title | Name | Organization | |
|---|---|---|---|
| Wave Division Multiplexing Technology for Naval Air Applications | Drew Glista | Navy |  |
| Universal Network Concepts for Lightwave Exploitation (UNCLE) | Joe Wilgus | Air Force | |
| Micro-WDM for Reconfigurable Military Information Systems | Bill Krug | Boeing | |
| WDM technologies on military platforms: Where are we going and how should we get there? | Floyd Fazi | Lockheed-Martin | |
| Wavelength Division Multiplexing Techniques for Enabling Complex Military Systems | Lembo/Brock | TRW | |
| Proposed WDM-Based Wideband Photonic RF Bus for the Navy's AMRFS Architecture | Akis Goutzoulis | Northrop Grumman | |
| Barriers to WDM Deployment on Military Platforms | John Gallo | BAE Systems | |
| Optical Wavelength Multiplexing Technologies for Information-Rich, Networked Platforms | Daniel Yap | HRL | |
| Multiplatform FOBWDMTM Embedded Antenna | Sandra Feldman | GE | |
| Advanced Micro Ring Resonator Filter Technology | Gadi Lenz | Lucent | |
| Defect Review in the Photonics Revolution | Aaron Lewis | Nanonics Imaging Limited | |
| Robust WDM Components, Packaging and Integration | Mary Hibbs-Brenner | Honeywell | |
| Limits to the Exponential Advances in DWDM Filter Technology? | Phil Anthony | E-TEK | |
| Component Technologies at RSC | Monte Khoshnevisan | Rockwell | |
| Wavelength Sensitive Photonic Modules for Signal Conditioning | Nabeel Riza | UCF, CREOL | |
| Short-Pulse Dense Wavelength-Division-Multiplexed Optical Interconnects | David Miller | Stanford | |
| Chirped Pulse WDM | Bahram Jalali | UCLA | |
| Nanophotonics for On-Chip Integration of WDM Systems | Shaya Fainmain | UCSD | |
| 1550 nm Tunable Lasers and VCSEL Arrays for WDM Applications | Larry Coldren | UCSB | |
| Impact of Emerging WDM Technology in High-Performance System Interconnects | D. Dolfi, T. Levi, & C. Hudgins | Agilent, USC, Harris | |
| Voltage Controlled Micro Cavity-Waveguide Coupling for Switching, Routing, and Modulation of Optical Waves | Amnon Yariv | Cal Tech | |
| Dense WDM Technologies for Local Access Networks | Julian Cheng | University of New Mexico | |
| High Gain Fiber Amplifiers for DWDM and Metro Networks | N. Peyghambarian | University of Arizona | |
| WDM Sensor Networks for Military Platforms | Ming Wu | UCLA | |
| Fiber Coupled Microsphere Lasers | Kerry Vahala | Cal Tech | |
| Photonic Crystal Devices | Axel Scherer | Cal Tech | |
| Integrated Optic and Fiber Optic Devices for Communication and Sensor Networks | Henry Taylor | Texas A&M |
|
| Nanophotonics and Microcavities for Dense WDM Systems | Daniel Dapkus | USC | |
| WDM Networking for Defense Applications | Vincent Chan | MIT | |
| Producing Intelligent MMIC's with Multiple Optical I/O's for WDM Systems | Cliff Fonstad | MIT | |
| Electromagnetic Design of Diffractive, Micro-Cavity, and Photonic Band Gap Devices | Dennis Prather | University of Delaware | |