First communication scheme is presented, and then the design of the CAN node is given in detail.
文章首先提出了系统的通讯方案，然后详细介绍了该系统中CAN节点的设计。
Through the CAN interface and PC-CAN adapter, we realize communication between the CAN node and the PC.
通过CAN接口与PC - CAN适配卡实现了现场测控点与工控机间的通讯。
An introduction to the circuit structure and program of universal CAN node as well as the application in inductive heating.
介绍一种通用CAN节点的电路结构、相关应用程序及在工业中频感应加热设备控制现场总线中的应用。
Thirdly, combining MCU clip AT89C51 with bus controller SJA1000, an intelligent control CAN node for the experimental platform is designed.
然后将MCU芯片at89c51和SJA1000总线控制器结合，为实验平台设计了实时可靠的智能控制CAN节点。
This dissertation elaborated the basic principle and the technology standard of CAN bus, and designed a CAN node with AT89S52 micro-controller.
本文中论述了CAN总线的基本原理与技术规范；设计了以微控制器AT89S52为核心的CAN总线智能节点；
This article focuses on the design of CAN network and CAN node hardware, software design, as well as CAN application layer protocol development.
本文着重讨论了CAN网络的设计和CAN节点的硬件、软件的设计以及CAN应用层协议的制定。
Based on the analysis and design of CAN node software and hardware, this dissertation provided a comprehensive introduction of the systemic proposal.
通过对CAN节点软硬件的分析设计，全面介绍了系统的设计方案。
A hierarchical distributed monitor and control system with dual CAN bus is presented, which bass on MCU DS80C390. The intelligent CAN node of dual CAN bus is developed.
开发了以单片机ds80c 390为核心的双CAN总线分层分布式监控系统，设计了双CAN总线的智能CAN节点。
Instead, a separate winner for each strain is picked in each affected lymph node before immunodominance can come into play.
取而代之的是针对不同病原体的不同T细胞，它们将会在显性免疫出现之前被挑选出来进入受累的淋巴结。
The logic required by this new node can now be coded.
现在，可以编写这个新的节点所需要的逻辑。
Remember that a work node can be in more than one work list.
要记住，一个工作节点可能出现在多个工作列表中。
Each node can transfer data sets simultaneously to every other node.
每个节点可以同步地将数据集传输到其他节点。
There can be up to 7 servers in a cluster, and any node can be the primary node.
一个集群最多可以支持7个服务器，并且任意节点都可以是主节点。
A ratings module can extend any node to include grades.
一个评级模块能扩展任意节点，使之包含等级。
The root node can wrap data related to different enterprises.
根节点可以封装与不同企业有关的数据。
You can set the security profile property at the message flow level, so that a node can inherit it if the node security profile property is left blank.
您可以在消息流级设置安全性配置文件属性，以便在节点安全性配置文件的属性留空时，节点能够继承这些属性。
A node can only be collapsed if it has children and its navigational state is set to collapsed.
一个节点只是在它拥有子代，而且其分解状态被设置成展开时，该节点才可以分解。
A node can only be expanded if it has children and its navigational state is set to expanded.
一个节点只是在它拥有子代，而且其导航状态被设置成展开时，该节点才可以展开。
Each node can contain some identifying data, plus a set of subnodes of a specific child type.
每个节点可以包含一些标识数据，以及一组特定子类型的子节点。
This node can lookup a collection of named column values from a located database row.
该节点可以从特定的数据库行查找指定列值的集合。
From this root node, you can traverse the entire XML tree.
从这个根节点，就可以遍历整个xml树。
Before any rendering of the node can proceed, a container for all the data associated with this node is created.
在处理任何节点的显示之前，要为与这个节点相关联的所有数据创建一个容器。
You can then rename the new node.
然后，您可以对这个新的节点进行重命名。
Every node can have a number of attributes associated with it.
每个节点都有若干个与之相关的属性。
The root node can contain many child nodes. Each child node can contain its own set of child nodes and so on.
根节点可以包含多个子节点，子节点可以包含自己的子节点，依次类推。
With E4X, you can select a node or nodes using filters, as in Listing 5.
通过E4X，可以用过滤器选择一个或多个节点，见清单5。
Each such node can reference a content node.
每个这样的节点都可以引用一个内容节点。
The secondary node can either be an HDR or RS secondary type.
该辅助节点可以是hdr或rs辅助类型。
A result node can have one of the following states.
结果节点可以具有以下状态之一。
Node level: You can execute an action at node level by using this syntax.
节点层次：您可以使用以下的语法来执行节点层次上的操作。
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