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All optical wavelength conversion technique in DWDM network with study on step and linear shared buffer for packet switching

机译:DWDM网络中的所有光学波长转换技术与分组交换的步骤和线性共享缓冲区研究

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This paper instigate a design for optical packet switching using all optical wavelength conversion using Cross Gain Modulation (XGM) in DWDM network. It integrate an arrayed waveguide grating (AWG) as its core switching matrix to manage packet switch traffic within the optical network. The packet switch has the capability to switch optical packet traffic through the A WG at a 10Gbps with multicasting capability. In particular, we relate the entire study with the all the performance of a step and linear shared buffering strategy. The simulation result shows throughput and packet Loss of different number of optical buffer with different offered transmission load for step buffer and linear shared buffer
机译:本文使用DWDM网络中使用交叉增益调制(XGM)的所有光学波长转换来促进光学分组切换的设计。它将阵列的波导光栅(AWG)集成为其核心切换矩阵,以管理光网络内的分组交换机。分组交换机具有通过多播能力的10Gbps将光学数据包业务切换到WG。特别是,我们将整个研究与步骤和线性共享缓冲策略的所有性能相关联。仿真结果显示了具有不同提供的传输负载的不同数量的光缓冲器的吞吐量和数据包丢失,用于步骤缓冲区和线性共享缓冲区

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