Only first authors are shown.
Mizuochi, Frequency Stabilized 622Mbit/s Sixteen-Channel Optical FDM System and its Performance in 1.3/1.55fm Zero-Dispersion Fiber Transmission.Yamaguchi, Requirements for Modulator-Integrated DFB LDs For Penalty-Free 2.5-Gb/s Transmission.
Knox, 10 Gbit/s Soliton Communication Systems Over Standard Fibre at 1.55 fm and the Use of Dispersion.
Huang, Optimum Phase Deviations Between Mark- and Space-State Bits in Long-Haul Coherent Communication Systems with Balanced PLL Receivers.
Ramamurthy, Optimized Partitioning of a Wavelength Distributed Data Interface Ring Network.
Pennings, Ultra Fabrication-Tolerant Fully Packaged Micro-Optical Polarization Diversity Hybrid.
Ansari, Rate Sensitivity of High Birefringent Fiber Optic Sensors Under Large Dynamic Loads.
Arya, Microbend Losses in Singlemode Optical Fibers: Theoretical and Experimental Investigation.Capmany, Synthesis of Fiber-Optical Delay Line Filters.
Peng, Birefringent Splittable Composite (BISPEC) Fibre and Polarization-Maintaining Couplers.
Torner, Hybrid Waves Guided by Ultrathin Films.Eldada, Laser-Fabricated Delay Lines in GaAs for Optically-Steered Phased-Array Radar.
Rottschalk, Singlemode Channel Waveguides and Electrooptic Modulators in KTiOPO4 for the Short Visible Wavelength Region.
Chiu, Design and Simulation of Waveguide Electro-Optic Beam Deflectors.
Weissman, Analysis of Periodically Segmented Waveguide Mode Expanders.
Farwell, Simulating the Response of Coupled Channel and Interferometric Modulator Designs.
Rasmussen, Design and Performance Evaluation of 1-By-64 Multi-Mode Interference Power Splitter for Optical Communications.
Wu, Analysis of Microwave Characteristics of Coplanar Traveling Wave Electrodes on III-V Semiconductor with an N+ Doped Layer.
Berends, Device Equivalence in Integrated Optics.
Mertens, New Highly Efficient Polarization Converters Based on Hybrid Supermodes.
Eiselt, SLALOM: Semiconductor Laser Amplifier in a Loop Mirror.
Chen, Analytical Stability Analysis of Dark and Bright Self-Guided Waves in Layered Self-Defocusing Nonlinear Media.