首页> 外文会议>Emerging Components and Technologies for All-Optical Photonic Systems II >Demonstration of output-port contention resolution in a WDM switching node based on all-optical wavelength shifting and subcarrier-multiplexed routing control headers
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Demonstration of output-port contention resolution in a WDM switching node based on all-optical wavelength shifting and subcarrier-multiplexed routing control headers

机译:基于全光波长移位和子载波多路复用路由控制标头的WDM交换节点中输出端口争用分辨率的演示

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Abstract: We demonstrate near-error-free output-port contention resolution in a WDM switching node based on all-optical wavelength shifting. Contention between incoming 1-Gbit/s data packets is resolved in real-time by comparing subcarrier-multiplexed control headers on 2 input ports and then all-optically wavelength-shifting one input signal to a free wavelength if contention occurs. Additionally, the 50 Mbit/s subcarrier header itself is replaced and updated with new routing information. !8
机译:摘要:我们展示了基于全光波长偏移的WDM交换节点中几乎没有错误的输出端口竞争解决方案。通过比较2个输入端口上的子载波多路复用控制标头,然后在发生竞争时将一个输入信号全光波长移动到自由波长,可以实时解决传入的1 Gbit / s数据包之间的争用。另外,50 Mbit / s副载波头本身被替换并用新的路由信息​​更新。 !8

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