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Fragmentation and time aware algorithms in spectrum and spatial assignment for space division multiplexed elastic optical networks (SDM-EON)

机译:空分复用弹性光网络频谱和空间分配中的碎片和时间意识算法(SDM-EON)

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摘要

The Space Division Multiplexing with Elastic Optical Networks (SDM-EON) is one of the newest networks to improve transmission capacity and prepare more flexibility compared to conventional EON networks. In SDM-EON, arriving connection demands could be setup efficiently. We consider a mull-core fiber (MCF)-enabled elastic optical network. We introduce two novel metrics as holding time metric (HTM) and coefficient of variant metric (CVM). Based on these metrics, three novel algorithms are introduced to resolve the fragmentation problem and improve blocking probability in SDM-EON; called Coefficient of Variant Metric (CVM); Holding Time Metric (HTM); and Moderate Coefficient of Variant Metric and Holding Time Metric (Mod_CVM_HTM) algorithms. According to our performance evaluation results, our proposed algorithms can reduce blocking probability (BP).
机译:与弹性光网络(SDM-EON)的空间多路复用是最新的网络之一,以提高传输容量并与传统的EON网络相比制备更大的灵活性。在SDM-EON中,可以有效地设置到达连接需求。我们考虑一个Mull核心光纤(MCF)的弹性光学网络。我们将两种新颖的度量介绍为保持时间度量(HTM)和变体度量系数(CVM)。基于这些度量标准,引入了三种新颖算法来解决碎片问题,提高SDM-EON中的阻塞概率;称为变异度量系数(CVM);保持时间指标(HTM);和适度的变量度量和保持时间度量(Mod_CVM_HTM)算法。根据我们的性能评估结果,我们提出的算法可以减少阻塞概率(BP)。

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