超大多域光网络的弹性分布式设计

B. Jaumard, T. Do
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引用次数: 3

摘要

在多域光网络中提供保护相当于确保了对域间连接的保护。由于可扩展性问题,以前的研究几乎都集中在启发式和小规模网络上。在本研究中,在假设单链路故障的情况下,我们提出了一种全分布式网络管理方案,其中域间工作流量采用共享链路保护方案,域内工作流量采用共享路径保护方案。新的完全分布式保护方案依赖于两级保护方案,其中每个保护级别都通过大规模优化ILP模型进行优化,该模型允许相当大的实例的精确解决方案。然后,我们研究了新提出的分布式方案的并行实现,并精确地解决了超大型多域光网络(即多达45个域)的数据实例。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Resilient distributed design of very large multi-domain optical networks
Providing protection in multi-domain optical networks amounts to ensure protection of the inter-domain connections. Due to scalability issues, almost all previous studies focused on heuristics and on networks of small size. In this study, under the assumption of a single link failure scenario, we propose a fully distributed network management scheme where inter-domain working traffic is protected with a shared link protection scheme and intra-domain working traffic is protected with a shared path protection scheme. The new fully distributed protection scheme relies on a two level protection scheme, where each protection level is optimized thanks to a large scale optimization ILP model that allows the exact solution of quite large instances. We then investigate a parallel implementation of the newly proposed distributed scheme, and solve exactly data instances for very large multi-domain optical networks, i.e., up to 45 domains.
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