Adaptive Modulation Regenerator and Distance Aware Algorithm for Dynamic Routing in Elastic Optical Networks

Siwei Zhao, Sanyami Shah, Kishan N. Patel, Nickyta Patel, Vachana Shetty, Michal Aibin
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Abstract

The Elastic Optical Network is a technology that offers versatile conversion of modulation format, allowing for more effective use of spectrum resources compared to the traditional fixed grid in WDM networks. Additionally, the content-oriented services offered by geographically distributed data centres raise a need for cost-effective and scalable data delivery. In this paper, we discuss Routing, Modulation and Spectrum Allocation (RMSA) in content-oriented networks, based on the Elastic Optical Network. We propose a new adaptive modulation, regenerator and distance-aware algorithm. Our findings discover an interesting trade-off between the request blocking and regenerator use.
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弹性光网络中动态路由的自适应调制再生器和距离感知算法
弹性光网络是一种提供多种调制格式转换的技术,与WDM网络中的传统固定网格相比,可以更有效地利用频谱资源。此外,地理上分布的数据中心提供的面向内容的服务提出了对具有成本效益和可扩展的数据交付的需求。本文讨论了基于弹性光网络的面向内容网络中的路由、调制和频谱分配(RMSA)。我们提出了一种新的自适应调制、再生器和距离感知算法。我们的发现发现了请求阻塞和再生器使用之间的一个有趣的权衡。
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