因此，网络拓扑图成为了网络管理系统的重要组成部分。
Thus the network topology has become an essential part of network management system.
该协议通过根据网络拓扑图的最多叶子最短生成树来确定路由选择。
The routing is determined on the basis of finding a maximum leaf shortest spanning tree of the network topology.
同时，成功设计了湖南科技大学无线校园网整体建设的完整网络拓扑图。
At the same time, the successful design of the Hunan University of Science and Technology wireless campus network overall integrity of the building of network topology.
最后完成了湖南科技大学校园网网络拓扑图的设计，骨干网改造的详细方案。
Finally completed the Hunan University of Science and Technology campus network design of the network topology, the backbone of a detailed programme.
计算机仿真结果表明，利用该模型算法可以发现拓扑图中关键节点，同时度量值均方差可以准确评估给定连通网络拓扑图的抗毁性能。
The simulation on PC shows that the algorithm can find the critical nodes in topology, and the mean square deviation can evaluate accurately the survivability for a given connected topology.
网络拓扑的发现算法是实现自动构造网络的拓扑图的关键，在网络管理等系统中有着广泛应用。
Network topology discovery algorithm is the key to making the network topological graph automatically, and has extensive applications in network management system.
然而目前为止，网络领域和图形理论的研究者都没有找到公认统一的参数集来全面的描述一个拓扑图的好坏。
Until now, neither network researcher nor the people who investigate graph theory have agreed on a unified metric set to characterize a topology completely.
仿真结果表明该算法能自动发现网络中存在的多数哑交换机及其物理地址，生成的拓扑图更接近实际网络。
The result shows that it can automatically discover most of the dumb switchers and their MAC addresses in the switch domain, and generate the topology map which is more similar to the real network.
本文用两类拓扑图讨论有源网络的分析，给出机辅分析的算法及信号流程图。
By applying two types of topological graphs, the authors explore the analysis of active electrical networks, and provide an algorithm for computer_aided analysis and a signal flowchart in this paper.
第七章为系统设计文档，给出了本设计网络的拓扑图以及IP地址分布图；
Chapter VII for the system design document, give the design of network topology and the distribution of IP addresses;
针对P 2p组通讯的特点，定义了根跳距和根距离两个拓扑特征指标参数来衡量测试拓扑图和底层网络的吻合程度。
In the light of the characteristics of P2P group communication, we define two graph metrics, RH and RD, to quantify the matching degree between the overlay and the underlay network.
针对P 2p组通讯的特点，定义了根跳距和根距离两个拓扑特征指标参数来衡量测试拓扑图和底层网络的吻合程度。
In the light of the characteristics of P2P group communication, we define two graph metrics, RH and RD, to quantify the matching degree between the overlay and the underlay network.
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