Simplified Receiver for Duo-binary Polarization-shift Keying based on XNOR Gate

Articles in the same Issue

1. Two Dimensional Numerical Modeling and Simulation of a Uniformly doped GaAs MESFET Photodetector
2. Performance Analysis of Phase-coding Based on Superstructured Fiber Bragg Grating
3. Highlighting on Multiplex Restoration Scheme in Optical Cross Add and Drop Multiplexer (OXADM)
4. The Study of FBG Sensor Network Based on Genetic and Simulated Annealing Algorithm
5. Methods of Increasing the Bandwidth-distance Product for Multimode Fibers in LAN
6. Study of Optical Buffer Based Multi-priorities Classes Traffic Contention Issue in Optical Burst-switched Networks
7. Simplified Receiver for Duo-binary Polarization-shift Keying based on XNOR Gate
8. The Output DOP Influenced by PMD, PDL and Chirp
9. Practical Design Model of DnPSK Systems using direct BER Counting and Rigorous BER Modeling
10. A High-flexibility WDM-PON Monitoring System
11. Dynamic Bandwidth Allocation for Supporting Dynamic Service Level Agreements in EPON
12. Impact of PMD induced Timing Misalignment Jitter in a Dispersion Managed IM-DD Optical Transmission Link
13. Analysis of an Angularly-misaligned Laser Beam Coupling to a Periodical Dielectric Waveguide