What is the right physical layer model for a highly dynamic reconfgurable optical network?

机译：高动态可重构光网络的正确物理层模型是什么？

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We investigated the variability of non-linearity generation in dynamically-reconfigurable network scenarios with re-routing, non-homogenous formats and variable accumulated dispersion among channels. Based on the results, we discuss practical modeling options fore real-time physical-layer awareness in dynamically reconfigurable networks.

机译：我们调查了在动态可重新配置网络场景中的非线性生成的可变性，并在频道之间进行重新路由，非同质格式和可变累积分散。基于结果，我们讨论了动态可重构网络中实际建模选项的实际建模选项。

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《International Conference on Photonics in Switching》|2015年||共3页
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Poggiolini P.; Carena A.; Jiang Y.; Forghieri F.; Pastorelli R.;
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中图分类一般性问题;
关键词
optical fibre networks; telecommunication network routing; dynamically-reconfigurable network; nonlinearity generation; physical layer model; reconfgurable optical network; Approximation methods; Channel spacing; Dispersion; History; Photonics; Upper bound; Wavelength division multiplexing;

机译：光纤网络;电信网络路由;动态可重构的网络;非线性生成;物理层模型;可重新配置的光网络;近似方法;频道间距;分散;历史;光子学;上限;波分复用;波分复用;

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What is the right physical layer model for a highly dynamic reconfgurable optical network?

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