Wavelength conversion technique using XGM in DWDM network for optical packet switch

M. S. Salleh, B. Lee, A. Aris, K. Khairi
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Abstract

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 AWG at a 10 Gbps 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.
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基于XGM的DWDM光分组交换机波长转换技术
本文提出了一种在DWDM网络中采用交叉增益调制(XGM)实现全光波长转换的光分组交换设计。它集成了阵列波导光栅(AWG)作为核心交换矩阵来管理光网络中的分组交换流量。分组交换机具有通过AWG以10gbps的速率交换光分组流量的能力,并具有组播能力。特别地,我们将整个研究与步进和线性共享缓冲策略的所有性能联系起来。仿真结果显示了不同数量的光缓冲器在提供不同传输负载时的吞吐量和丢包情况。
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