1) all optical code division multiplexing communication
全光码分复用通信
1.
The principle and the system construction for realization of all optical code division multiplexing communication are investigated.
对实现全光码分复用通信的原理、系统构成进行了研究，并通过计算机编程模拟了光码分复用通信的相关接收过程。
2) all fiber WDM communication
全光纤波分复用通信
3) OTDM communication
光时分复用通信
1.
A 4×10Gbit/s OTDM communication experimental system using the stabilized actively mode-locked fiber laser as the emission source,the OEO as the frame clock extractor and EA modulator as the demultiplexer is reported.
本文报导一个以稳定的光纤主动锁模激光器为发射源 ,以光电振荡器为帧时钟提取装置 ,以EA调制器为解复用器的 4× 10Gbit/s光时分复用通信实验系统。
5) OCDMA
光码分复用
1.
According to the spectral encoding/decoding theory, This paper analyses and proves the spectral encoding/decoding theory of OCDMA based on fiber grating.
通过对地址码做一映射变换,在步进啁啾光纤光栅上以相移的方式嵌入相应的多址码,实现了基于步进啁啾光纤光栅的光码分复用频域相位编/解码;文章给出了编/解码器的等效模型;对该编/解码器的仿真结果得到了很好的相关输出,证明了这种编/解码方法的可行性;并对影响基于此编解码器系统性能的参数进行了分析。
2.
This paper discusses the limitations of coding for OCDMA in time domain and how to break through of them,points out the OMAI is the pricncipal cause of influencing system BER and simultaneousness mumber of subscriber.
对于采用时间域编码的光码分复用 (OCDMA)系统而言 ,多址干扰 (OMAl)问题是严重影响系统误码率和同时用户数的主要原因。
6) optical code division multiplexing
光码分复用
1.
Wavelength division multiplexing/optical code division multiplexing(WDM/OCDM) system based on supercontinuum(SC) and superstructured fiber Bragg grating(SSFBG) is experimentally demonstrated,simultaneous dual-wavelength optical encoding of a single supercontinuum source using SSFBG is achieved.
实验验证了基于超连续谱(SC)和超结构光纤光栅(SSFBG)的波分复用/光码分复用(WDM/OCDM)混合系统,超结构光纤光栅实现了对超连续谱光源的双波段同时相位编解码。
补充资料：码分多路通信
见多路通信。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条