Multiple Access Interference and Loss in Novel Ring Topology Optical Code Division Multiplex Network

Articles in the same Issue

1. Contents
2. Polarization Independent All-optical Clock Recovery Scheme based on Birefringent Resonator
3. Investigation of Transient Response of Erbium-doped Fiber Lasers by Semi-classical Theory
4. Performance Analysis of Rib Waveguide with Arbitrary Shape of Cross Section
5. Packet Compression/decompression for 100 Gbit/s OTDM Networks
6. Analysis of Receiver Sensitivity Performance for DPSK Optical Communication using Enhanced Saddle Point Approximation
7. Analysis for the Effect of a Hybrid Optical Packet Assembly Algorithm on Self-similar Traffic Shaping
8. Multiple Access Interference and Loss in Novel Ring Topology Optical Code Division Multiplex Network
9. Security Performance Analysis of M-code Keying OCDMA System using Shifted Carrier-hopping Prime Codes
10. Study of the Effects of Chaos Attacking on Optical Fiber Communication Systems
11. Performance of LDPC Codes in Direction-Detection Optical PPM Channels
12. Joint Symbol Synchronization and Turbo Decoding for Photon-limited Optical PPM Channels
13. Quantitative Analysis and Comparisons of EPON Protection Schemes
14. Application of a Novel Maximum-Likelihood Algorithm to the Estimation of Signal Propagation Delay in an Optical Fiber Link