Transient Performance of Erbium-doped Fiber Amplifiers using a New Feedforward Control taking into account Wavelength Dependence

Articles in the same Issue

1. Transient Performance of Erbium-doped Fiber Amplifiers using a New Feedforward Control taking into account Wavelength Dependence
2. Estimating Eye-opening Penalty with Aid of the Ripple Function of Fiber Bragg-gratings
3. A Simple Method of Improving Transmission Efficiencies of 3D T-junction Photonic Crystal Waveguides
4. Evaluation of Linear Crosstalk Effects in Array Waveguide Grating Router in WDM Networks
5. SWAP: A Slotted Wavelength Assignment Pipeline Scheduler for Next-generation Optical Burst Switches
6. Analytical Description of Birefringence Statistics in Randomly Concatenated Single- mode Fiber Systems
7. Comparison of the Tuning Capability of Erbium-doped Multiwavelength Ring Lasers having Different Host Fiber Material
8. Capped Optical Polymeric Waveguide
9. Analysis of Optical Waveguide Directional Coupler by the Modified Effective-index Method
10. Multicast Traffic Grooming in Intelligent Optical Network
11. A New Consideration for Provisioning Survivable Multicast Sessions in WDM Mesh Networks
12. Performance of Walsh Code and m-Sequence Spectral Phase-encoded Time Spreading OCDMA in the Presence of GVD and SPM
13. A Novel Method of Estimating Link Power Budget using Dynamic Bandwidth Allocation Scheme for a 10 Gbit/s GPON Architecture
14. Analytical Model for Contention Resolution in Synchronous Optical Packet Switching