全分解光网络仿真的开源服务管理

S. Patri, Shabnam Sultana, Michael Dürre, Saquib Amjad, Aijana Schumann, A. Autenrieth, J. Elbers, T. Bauschert, C. M. Machuca
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引用次数: 0

摘要

在光网络中部署完全分解的设备可以降低网络升级成本。这些设备由多供应商互操作性的开源控制平面解决方案管理,需要在模拟环境中进行测试。我们展示了一个基于云的解决方案,它部署了69个基于openroadm的容器化光网络元素,从而模拟了一个全国范围内完全分解的光传输网络。此外,通过使用OpenDayLight TransportPCE(一个开源光域控制器)公开的支持传输层安全(TLS)的北向REST api,可以将光服务的规划、编排和恢复与模拟网络解耦。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Open-Source Service Management for a Fully Disaggregated Optical Network Simulation
Fully disaggregated device deployments in optical networks propose to drive down network upgrade costs. These devices are managed by open-source control plane solutions for multi-vendor interoperability, which need to be tested in a simulation environment. We demonstrate a cloud-based solution which deploys 69 OpenROADM-based containerized optical networking elements, thereby simulating a nation-wide fully disaggregated optical transport network. Further, the planning, orchestration, and restoration of optical services can be decoupled from the simulated network, by using Transport Layer Security (TLS) enabled North-Bound REST APIs exposed by OpenDayLight TransportPCE, which is an open-source optical domain controller.
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