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Design of Encoder and Decoder Module for Optical Code Division Multiple Access (OCDMA) Systems for Zero Cross Correlation (ZCC) Code Based on Arrayed Waveguide Gratings (AWGs)

机译:基于阵列波导光栅(AWGS)的光学码分割多址(OCDMA)系统的编码器和解码器模块的设计

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We apply the Arrayed Waveguide Grating (AWGs) method for Encoder and Decoder design for complete transmitter and receiver system. The Encoder and Decoder module will be using the AWG to encode and to decode optical source into useful signal to carry the data and transmit it using a single optical fibre. This module was designed to suite the Zero Cross Correlation (ZCC) Code. In this paper the study conduct to design of Encoder/Decoder for Optical Code Division Multiple Access (OCDMA) system based AWGs and performance of ZCC code using this system. Results demonstrate that the Encoder/Decoder design of ZCC code using AWGs is capable of up to 100km with BER less than 10~(-9) which is typically allowed in optical communications.
机译:我们为完整发射机和接收器系统应用了用于编码器和解码器设计的阵列波导光栅(AWGS)方法。编码器和解码器模块将使用AWG进行编码并将光源解码为有用的信号以携带数据并使用单个光纤传输它。该模块旨在审议零互相关(ZCC)代码。本文在基于AWG的AWG和ZCC码的AWGS和性能,研究了对光学码分多次访问(OCDMA)系统的编码器/解码器设计的研究。结果表明,使用AWGS的ZCC码的编码器/解码器设计能够高达100km,BER小于10〜(-9),这通常是光通信中的。

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