Submarine Optical Fiber Cable for Repeaterless Transmission Systems Employing Remotely Pumped EDF and Distributed Raman Amplification

Articles in the same Issue

1. The Moments Approach for Performance Analysis of Optical FSK Systems Influenced by Phase Noise and Interchannel Interference
2. Submarine Optical Fiber Cable for Repeaterless Transmission Systems Employing Remotely Pumped EDF and Distributed Raman Amplification
3. Locking Range of Tunable Transmitters using Side-mode Injection Locking
4. Analysis of Direct Coupling between Conventional Dielectric Waveguide and Photonic Crystal Waveguide
5. Assessing Mathematical Forms employed to Describe Evolutions of Perturbations Propagating inside Optical Fibers
6. Comparison of Three L-Shaped bent Photonic Crystal Waveguides
7. A CATV Lightwave Transport System Based on Fabry-Perot Laser and External ASE Light Injection Technique
8. General Discussion on Mode Selectivity Imposed by External Cavity used to Phase Lock Broad Stripe Diode Arrays
9. New Method for Measuring Probability Density Function of Modulated Optical Signals, demonstrated on EDFA and SOA
10. A Study of Waveband Assignment in Waveband Switching Optical Network
11. Optical Code-division Multiplexing Systems using Extended Prime Codes with Reused Zero Codes
12. Performance of IM/DD Optical Communication System in the Presence of Residual Laser Radiation
13. The Moments Approach for Performance Analysis of Optical FSK Systems Influenced by Phase Noise and Interchannel Interference