云计算环境下的复杂光纤网络设计与构建

Design and construction of complex optical fiber network in cloud computing environment

在云计算环境下对复杂光纤网络进行优化路由设计,降低网络开销,提高光纤网络的连通度并延长网络寿命。传统的光纤网络拓扑方法采用固定路径传输模型,同一连通子网内的光纤网络节点负载分配不均衡,降低了选线网络的传递率。提出一种基于锚点串行链路路由选择的云计算环境下的复杂光纤网络拓扑设计与构建方法。进行了云计算环境下的复杂光纤网络的总体设计描述,设计光纤网络的传输节点拓扑结构生成的规则,进行光纤网络的路由算法设计,采用锚点串行链路路由选择方法实现网络设计优化,并进行了节点的鲁棒性及连通性分析。实验结果表明,采用本文方法进行云计算环境下的复杂光纤网络设计,进行数据信息传输的准确度较高,网络节点的鲁棒性较强。

In the cloud computing environment, optimizing the routing design of complex optical fiber network, reducing the network overhead and improving the connectivity of the optical fiber network and extend the network life- time. The traditional optical fiber network topology method adopts fixed path transmission model, and the distribution of nodes in the same connected sub network is not balanced, which reducesthe transmission rate of the network. An anchor serial link routing based cloud computing environment complex optical network topology design and construction method is proposed. It made the cloud computing environment complex optical network design description, design of optical fiber network transmission node topology generation rules and optical fiber network routing algorithm design. It uses the anchor serial link routing selection method to realize network design optimization, and made the robustness of the nodes and connectivity analysis. The experimental results show that the design of complex optical fiber network in cloud computing environment which adopted in this paper made the accuracy of data information transmission higher, and the robustness of network nodes stronger.