A Novel Design of the Low-nonlinearity Dispersion Compensating Optical Fiber Amplifier and Link for DWDM Transmission in the 1540–1580 nm Band

Articles in the same Issue

1. Editorial
2. High Resolution DMD Measurement Set-up for 850-nm Laser-optimized Graded Index Multimode Optical Fibers Characterization: A Comparison
3. On the Changes of Self-similar Traffic through Optical Burst-Switched Networks
4. Performance of an Optical Packet Switch with Shared WDM Buffers and Shared Tunable Wavelength Converters under Bursty Traffic Conditions
5. New Rigorous Model for Rx ISI Effects in WDM Systems
6. Wavelength Assignment for Dynamic Traffic in WDM Optical Networks
7. Performance Enhanced Asynchronous Optical CDMA Systems using Double Hard-limiters and FEC Codes
8. Efficient Finite-difference Time-domain Approach for Calculating Nonlinear Waveguide Modes
9. A Novel Design of the Low-nonlinearity Dispersion Compensating Optical Fiber Amplifier and Link for DWDM Transmission in the 1540–1580 nm Band
10. A Novel Closed Form Moment Expression for Filtered Semiconductor Laser Phase Noise
11. News