The key process of the algorithm , called nodes transforming to arcs , is based on the calculation loads of coupling nodes and arcs loads from the loads of switch nodes . getting the area of coupling nodes is the most important process in nodes transforming to arcs . this paper presents a new method , which uses the adjacency matrix of distribution network and the information matrix of 变结构耗散网络是一种新的配电网自动化算法,由配电网开关顶点负荷求弧负荷和耦合顶点负荷的点弧变换是整个算法中确定配电网馈线故障区域的基础,而进行点弧变换的关键就在于分离耦合点区域。
While a control packet is processed at each switching node , an all optical light path is set up dynamically for the corresponding data packet . switching node architecture and scheduling algorithm have great influence on packet loss rate in obs network . this paper proposed a port modularized scheduling policy that combines these two aspects , with the aim of reducing burst packet loss rate 其中严格的端口模块化策略可以避免m p p交换结构的内部阻塞,在单核心节点的网络上使丢失率降到0 ,但不适用于多核心节点的多跳网络;修改的端口模块化算法通过设置合适的参数,平衡各个节点上调度资源的使用,在全网达到较低的丢失率。
Emphasis on picking up node failure message characters and matrix based on topology fabric and abutment matrix via switch node , analyzing the distribution feeder line break - down at single circumstance , discussing the distribution feeder line break - down judgment matrix , judge out the breakdown area of the segment through analyzing the break - down matrix inside chemical elements 论文软件着重研究了以配电网拓扑结构以及开关为节点的邻接矩阵为基础、在实时情况下,提取电网节点故障信息特征及矩阵,举例说明了通过分析配电网馈线单一故障情况,利用馈线网络故障时的故障区段判断矩阵,通过分析故障判断矩阵中元素的性质,来判断出故障区段的方法。