应用节点影响域的概念，提出了基于余弦样条函数的有限点阵方法。
A finite point matrix method based on the cosine splines is presented by utilizing the conception of the nodal influence domain in this paper.
介绍了运用PCA法建立节点重要度函数，并应用节点重要度推断路段交通量，还作了实例应用。
The paper introduced the conditions of establishing node important function by using PCA method and gave example application.
文中给出了特勒根定理的几种形式，并应用节点特勒根定理建立了模拟电路的故障节点诊断方程。
Several form of Tellegen's theorem are given and the fault node diagnosis problem of analog circuits is discussed by means of the node expression of Tellegen's theorem.
应用节点间相关度的概念来确定每一新加入节点的局域世界，并定义局域世界的规模是动态增加的。
Using the concept of correlation degree between nodes we build a local world of each node in the network, and the size of the local-world increases with time.
将连续气举工艺设计与射流泵工艺设计结合起来，并应用节点分析方法建立了一种新组合工艺设计方法。
Combine technics approach of continuous gas lift and jet pump, and what's more, apply node analysis to establish new processing approach.
选择一个或多个应用服务器节点。
在同步操作最后，会将已更新的应用程序提取到节点的安装目的地。
The updated application is extracted to the install destination of the node at the end of synchronization operation.
选择一个或多个应用服务器节点。
Select one or more (possibly an entire domain) application server nodes.
因此样式表编译器构造了决策树，在运行时用它来决定将哪个模板规则应用于给定节点。
The style sheet compiler therefore constructs a decision tree which is used at run time to decide which template rule to apply to a given node.
访问器模式实现了层次结构的遍历，并将访问器指定的操作应用于每个节点。
The visitor pattern implements a walk through a hierarchy in which the visitor specifies an operation to apply to the nodes.
基本应用程序服务器的管理域或单元包含单个节点和单个应用程序服务器。
The management domain or cell of a base application server contains a single node and a single application server.
这样一来，用户就不需要首先左键单击将要应用菜单动作的节点。
This way, the user is not forced to first left-click on the node that the menu action should be applied to.
当主存储配置与节点同步后，应用程序配置将复制到节点级别的存储库中，并提取到应用程序安装目的地中。
When the master repository configuration is synchronized with a node, the application configuration is replicated in the node level repository and extracted in the application install destination.
在生产环境中，最好不要使用服务于应用程序的节点，而是选择一个专用作备份的新节点。
In a production environment, it is best not to use a node that serves applications, but rather to choose a new node dedicated as a backup.
然而，本例用于支持集群环境而不是单个应用服务器节点。
However, in this case it is extended to support a cluster environment instead of an environment with a single application server node.
在主存储库与节点存储库间执行配置同步，以将已更新的应用程序部署到该节点。
Performs configuration synchronization between the master repository and the node repository, thus bringing the updated application down to the node.
大多数IBMi高可用性产品都是监视对象的变更，将这些变更复制到备份节点，然后应用于备份节点上的对象。
Most IBM I high availability products monitor for changes to an object, replicate those changes to the backup node, and then apply the changes to the object on the backup node.
它接受一个XML文档作为输入，返回一系列节点或对一系列节点应用函数的结果。
It takes an XML document as input and returns a sequence of nodes or the result of applying a function to a sequence of nodes.
基于此编辑动作，定义和向所选中的节点应用某种样式(例如，修改颜色、为文本加删除线等)。
Define and apply a style to a selected node based on the edit action (for example, change color, strikethrough text, and so on).
当前节点总是指向模板所应用的节点。
The current node always points to the node to which the templates apply.
所以，相同的ssh服务器配置应该应用于每个节点。
So the same SSH server configuration should be applied on each node.
where：where允许向节点集应用选择条件，除了XPath 原有的机制意外。
where: where lets you apply selection criteria to a node set, beyond what XPath offers.
例如，与GAE不同，Beanstalk允许您完全控制您的应用程序节点的数量，这使得水平伸缩既轻松有有效。
For instance, unlike GAE, Beanstalk gives you total control over the number of nodes your application is hosted on, which makes horizontal scaling easy and efficient.
Apply选项卡显示关于应用到当前节点的已复制事务的信息。
The Apply TAB shows the information about replicated transactions being applied at the current node.
当与目标节点同步已更新的EAR文件时，应用程序将停止(如果应用程序正在该节点的应用程序服务器上运行)，之后进行替换，然后重新启动。
When the updated EAR file is synchronized with the target nodes, the application is stopped (if it was running on the application servers on that node), then replaced and subsequently restarted.
对于根节点，向导应用以下的模式。
For the root node, the wizard applies the following pattern.
onelevelScope 将筛选器应用于baseDN节点下第一个级别的所有对象。
onelevelScope applies the filter to all objects at the first level under the baseDN node.
这个协议为集群中的每个应用程序节点提供了精确的故障转移顺序。
This protocol provides the precise failover sequence for each of the application nodes in the cluster.
选择一致的模式应用到每个节点上。
联合应用程序层中的所有节点。
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