论文标题
弹性光学网络中光学信号的最大传输范围，采用频带除速器多路复用
Maximum transmission reach for optical signals in elastic optical networks employing band division multiplexing
论文作者
论文摘要
多带传输系统已成为对基于二氧化硅基纤维的有限容量的潜在答案。它基于利用光纤的完整低损失区域。此外，提出了弹性光网（EON），以有效管理光学网络中有限的资源。选择路线，调制格式和频谱是需要解决EON的主要问题。了解在解决此问题的必要条件下，在光纤链接中传播过程中的线性和非线性损害如何积累。在这里，我们预设了有关最大覆盖范围光学信号的研究，可以在多带环境中为具有EON中常用阈值的多种调制格式传播。
Multi-band transmission systems have emerged as a potential answer to the limited capacity of silica based optical fiber. It is based on utilizing the complete low-loss region of optical fibers. Additionally, elastic optical networks (EON) were proposed to efficiently manage limited resources in optical networks. The selection of route, modulation format and spectrum is the main problem that requires solving to operate an EON. Understanding how linear and nonlinear impairments accumulate during propagation in an optical fibre link in essential to solve this problem. Here we preset a study on the maximum reach optical signals can propagate in a multi-band environment for a variety of modulation formats with commonly used threshold values in EON.
