High-speed and Broadband Transmission using Super Luminosity LEDs as a Transmitter and a Receiver

Articles in the same Issue

1. Computer-generated Hologram of Full Parallax using a White Light Source and LCDs
2. A Clock Recovery Scheme utilizing Fiber Dispersion for Burst Mode Transmission
3. High-speed and Broadband Transmission using Super Luminosity LEDs as a Transmitter and a Receiver
4. On Cost Reduction for Provisioning Multicast Sessions in Survivable Mesh WDM Networks
5. Performance Analysis of a Slotted WDM Manhattan Street Network in the Presence of Physical Limitations
6. MATLAB-based Graphical User Interface Development for Centralized Failure Detection System (CFDS) in SCAN Network
7. Performance Analysis of Multi-classes Traffic Based Contention in Optical Burst Switching Networks
8. Design of Spectral Amplitude Coding Optical Code-division Multiple-access System using Random Diagonal Codes
9. MAC Protocol for Multimedia Traffic in Optical Wireless Communications
10. BER Model for High Capacity Optical DnPSK Systems with DQPSK as an Example Case
11. First Experimental on OXADM Restoration Scheme Using Point-to-Point Configuration
12. Performance of OCDMA System using AND Subtraction Technique Based on EDW Code
13. OCDMA System with Interference Cancellation Research using Group Information Codes