下面一节介绍一个3节点的拓扑结构，如图1所示。
The following section documents a three-node topology, as depicted in Figure 1.
在图6中，模式作者拥有一个拓扑结构，其中包含定制的节点，但是不包含部署管理器部件。
In Figure 6, the pattern author has a topology that contains custom nodes but no deployment manager part.
linux_linsched . h中定义的拓扑结构定义了处理器的数量以及它们如何相互关联(映射到物理包和节点分布图)。
The topology structure, defined in linux_linsched.h, defines the number of processors and how they relate to one another (mapping to a physical package and node distance map).
网状网络是指这样一种网络拓扑结构: 网络中的设备是通过网络节点之间的众多冗余互连连接起来的。
The term mesh network refers to a network topology in which devices are connected with many redundant interconnections between network nodes.
在支持应用程序的拓扑结构中，每个节点的可用性由几个方面组成。
In a topology supporting an application, the availability of each node is a combination of several things.
提供基于数据节点拓扑结构和访问延迟的智能控制，以提供最佳的数据访问性能。
Intelligent NoSQL Database driver is topology and latency aware, providing optimal data access.
这个拓扑结构中的第三个节点(Node3)由远程位置上的灾难恢复站点组成，它托管前面提到的主数据库的备用数据库。
The third node (Node3) in this topology consists of the disaster recovery site existing in a remote location and hosting the standby database for the primary database mentioned earlier.
从原始结构着手，通过使用二进制组合算法来产生一系列具有不同节点分布的子结构，即拓扑组。
Starting with a ground structure, we use binary number combinatorial algorithm to generate a number of topologies, which are a sequence of substructures with different node distributions.
介绍了千兆教育城域网的方案设计、拓扑结构和设备选型，并给出中心节点和主节点网络互连的路由详细配置。
The paper gives design, network topology and network equipment selection of science and technology MAN, and gives detailed configuration of Internet route of center node and main node.
网络中的节点具有无线网络接口，可以自由移动，形成了动态变化的网络拓扑结构。
The nodes in the MANET have wireless network interface and can move freely, form a dynamically changing network topology.
定义了树节点类来动态地反映节点间的链接关系，采用深度优先算法，快速识别网络拓扑结构的变化。
The Type of tree node is defined to show the link relation between nodes, and the depth-first strategy is employed to identify topology structure.
基于该设计方案实现的无线传感网络节点可以有效地组建网络拓扑结构及多种传感数据采集传输。
Based on this design idea, the wireless sensor node can be used to build the topology of network and realize several sensor data acquisition and transportation efficiently.
本文报告了该实验网络的拓扑、节点结构、数据通道、MAC层的数据通道控制子层以及所使用的光缓存技术。
This paper reports the network topology, structure of optical node, data path, control of data path sublayer in MAC and data buffering technologies.
无线信道变化的不规则性、节点的移动、加入、退出等都会引起网络拓扑结构的动态变化。
Channel changes in the irregular nature of the mobile node, adding or withdrawal from the network topology can also lead to other changes.
在数学建模的基础上研究了无尺度细胞信号转导网络的拓扑结构属性及节点干预对信号网络的影响。
Based on mathematic model constructing, the topological structure properties of scale-free cellular signaling network and the effect of node interference on signaling network were investigated.
系统的网络拓扑结构有任何的变化时，系统的节点导纳矩阵就会相应变化。
Due to any change in a power system network topology, it will cause a change in the admittance matrix.
无线传感器网络由于部署区域广泛、节点通信能力较弱，常采用分簇的网络拓扑结构。
Because of the broad deployment region and weak ability in communications of wireless sensor networks, it is often clustered.
已经有几种拓扑结构被设计出来并做过试验，其中一个是以超级立方配置互连节点，与网状网络中节点互连的方式类似。
Several topologies have been designed and tested, including the interconnection of nodes in a hypercube configuration, similar to the way nodes are interconnected in a mesh network.
模型采用带超级节点的混合P2P网络拓扑结构，将P2P网络划分为不同的域，对域内和域间节点分别进行信任度的计算。
The model used the structure of mixed P2P network with super nodes, made P2P network to some different domains and computed the trust degree respectively for the nodes in and between domains.
其中半实物仿真节点是自行设计的。仿真节点根据卫星运行轨道通过控制以太网接口模拟卫星网络星际链路切换，改变网络拓扑结构。
The semi-physical node controls the interface of Ethernet according to the satellite orbit and simulates the handoff of ISL, and so changes the topology of satellite network.
由节点的位置和传输范围确定的无线网络拓扑结构对网络的性能有着重大的影响。
The topology of a wireless Ad Hoc network, which is determined by nodes' positions and transmission ranges, has a significant effect on network performance.
该算法利用网络中所有节点的局部信息保持网络的连通性，同时，利用最短路径算法计算链接权值的大小来进行拓扑结构的调整。
The algorithm maintains network connectivity only based on locally collected information and adjusts the topology structure according to the shortest-path algorithm by calculating the link weight.
本文主要做了以下研究工作：（1）对于网络中节点传输信息过程中不存在反馈确认的情况，首先需要根据网络的拓扑结构信息对网络进行建模。
In this paper, doing the following research work:(1) For the non-acknowledge of transmission in the nodes, first of all how to find the topology of the whole WSN to become a hard task.
簇群成员节点和簇头的通信方式与簇群的拓扑结构决定整个簇群的能量消耗速度。
The whole cluster energy consumption was decided by the communication pattern and topology of cluster.
随着高速网络节点数目的迅猛增加以及网络拓扑结构和应用的日益复杂，传统的网络协议已成为系统通讯的主要瓶颈问题。
With rapid growth of node Numbers, complexity of topological structure and applications in high speed networks, the classical protocols have become the main bottleneck in communication system.
通过对分布非结构化的搜索算法以及对现有改进算法的研究，参考网络中的小世界性给出了一种基于兴趣域中心节点的P2P网络拓扑结构。
The unstructured P2P systems' searching algorithm and the relative research are studied. And a P2P network topological based on interest domain with central node is given.
另一方面，现在主要的网络分析方法主要关注网络的拓扑结构分析而没有注意到网络中节点本身所具有的属性。
On the other hand, now the main method of network analysis focuses on the network topology analysis, which did not notice that the node in the networks has the attribute.
基于蓝牙技术的嵌入式传感器网络研究主要解决两个问题：一是蓝牙散射网拓扑结构形成算法的研究；二是嵌入式蓝牙传感器节点的设计。
There are two main issues about embedded sensor network based on Bluetooth to be resolved: the topology formation arithmetic of Bluetooth scatternet and the design of Bluetooth sensor node system.
基于蓝牙技术的嵌入式传感器网络研究主要解决两个问题：一是蓝牙散射网拓扑结构形成算法的研究；二是嵌入式蓝牙传感器节点的设计。
There are two main issues about embedded sensor network based on Bluetooth to be resolved: the topology formation arithmetic of Bluetooth scatternet and the design of Bluetooth sensor node system.
应用推荐