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AMOOFDM with Adaptive Cyclic Prefix system simulation and performance analysis

机译:具有自适应循环前缀的AMOOFDM系统仿真和性能分析

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摘要

Optical Orthogonal Frequency Division Multiplexing (OOFDM) is a novel optical signal transmission technology, which can access to high performance in existing fiber channel especially the Multi-Mode Fiber channel This paper shows a numerical simulation of the transmission performance of Adaptively Modulated Optical Orthogonal Frequency Division Multiplexing (AMOOFDM) system in MMF and SMF channel with Adaptive Cyclic Prefix (ACP), using directly modulated DFB lasers and Intensity-Modulation and Direct-Detection (IMDD). According to the modulation format based on channel estimation and Adaptive Cyclic Prefix, it is shown that 12.5Gbps over 1km in typical MMF channel and 12.5Gbps over 500km in SMF channel are feasible.
机译:光正交频分复用(OOFDM)是一种新颖的光信号传输技术,可以在现有光纤通道(尤其是多模光纤通道)中获得高性能。本文显示了自适应调制光正交频分传输性能的数值模拟使用直接调制的DFB激光器和强度调制和直接检测(IMDD)的具有自适应循环前缀(ACP)的MMF和SMF信道中的多路复用(AMOOFDM)系统。根据基于信道估计和自适应循环前缀的调制格式,表明典型MMF信道在1km上12.5Gbps和SMF信道在500km上12.5Gbps是可行的。

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