电力通信网是电力系统业务实现的重要载体。SDN(Software defined network)架构的新型电力通信网能够为电力系统业务提供高效的信息传输技术支持。SDN控制器部署是影响SDN网络性能的重要因素。文中结合电力通信网特点,提出一种适用于电力通信网中的SDN控制器部署方法。该方法在建模过程中引入了节点重要度概念,基于非支配排序分类的和声搜索算法求解可靠性和时延问题,采用文中方法和CNPA(Clustering-based Network Partition Algorithm)对IEEE30通信节点系统进行了比较仿真分析,结果表明：文中方法对电力通信网具有更好的适用性。
英文摘要:
The power communication network is an important carrier of the business in power system. The new power communication network incorporating SDN(Software defined network) can provide better information transmission for system services. SDN controller deployment has a significant impact on SDN network functionality. Based on the characteristics of the power communication network, a novel SDN controller deployment method for the power communication network is proposed in this paper. Node importance is imported in model. The reliability and delay problems are solved by a harmony search algorithm combined with non-dominated sorting. The simulation analysis is carried out on the IEEE30 communication node system. The method in this paper and CNPA (Clustering-based Network Partition Algorithm) was compared. The results shows that the method in this paper has better applicability to the power communication network.
