An Ethernet access connection (102) connects a user access point (10) to an access node (12) in the network.
以太网接入连接(102)把用户接入点(10)连接到网络中的接入节点(12)。
This method not just protects the first access node (3), but also the following network nodes (10) and users (1) respectively, against a security attack.
此方法不仅保护第一接入节点(3)，而且分别保护后面的网络节点(10)和用户(1)，免于安全攻击。
The central node and access node of this network are implemented in FPGA platform to set up a 100mbps experimental network, which can support the real-time can bus user data.
在FPGA平台上实现了相应的中心节点与接入节点，搭建了一个百兆速率的实时光纤试验网络。
An administrator can also assign an access control list to each work node for additional security control at the work node level.
管理员也可以为每个工作节点分配访问控制列表，进一步在工作节点级别上进行安全控制。
You can obtain the statistics from the table descriptor of the table node in the underlying access path graph.
您可以从基础访问路径图中的表节点的表描述符处获得该统计信息。
Using the hub in this way enables any spoke node to access any destination in the entire network.
以这种方式使用中心将使任何分支节点都能访问整个网络中的任何目的地。
Using the session, workspace, and root node reference, you can now access the repository features through the different abstraction levels.
使用会话、工作区和根节点引用，现在可以通过不同的抽象层访问仓库的特性。
For fuller access, switch to a root node in the domain.
要进行完整权限的访问，请在域中切换到根节点。
Each node requiring access to the clustered file system needs an address on the storage network.
需要访问集群文件系统的每个节点都需要存储网络上的一个地址。
There is no FETCH or table node shown in the access path graph because it is an index-only scan.
因为其是一个唯一索引扫描，所以在访问路径图中不显示FETCH或表节点。
The partitioned database is managed through the administration node, which coordinates access to and manages the structure of the database.
通过管理节点来管理分区数据库，它协调了对数据库结构的访问与管理。
GPFS USES this internode access to allow any node in the GPFS cluster to run relevant commands on other nodes.
GPFS使用这个中间节点的访问允许GPFS集群中的任何节点在其他节点上运行相关命令。
To see the table descriptor, right-click the table node in the access path graph.
为了查看表描述符，请右键单击访问路径图上的表节点。
And since each node should be configured with a host name that corresponds to the node name, network access is simplified, as well.
由于每个节点都应该配置一个与节点名对应的主机名，因此也简化了网络访问。
Figure 4 shows a more likely scenario — that the second query in the transaction needs to access data on the same node as the first query.
图4展示了一个更类似的场景——事务中的第二个查询需要访问与第一个查询相同的节点上的数据。
You cannot configure a leaf node as the master node because it does not have direct access to all the nodes other than its non-root server.
不能将叶子节点配置成主节点，因为它不能直接访问其非根服务器之外的所有其他节点。
On the standby node, it has access to the shared enhanced-concurrent volume group, but only in a passive, read-only mode.
在备用节点上，可以访问共享的增强型并发卷组，但是只能采用被动只读模式。
In a typical tree, constant-time access is only available at the root (the node referenced by other code).
在典型的树中，常量时间访问仅可在根(其他代码引用的节点)处可用。
It does not necessarily mean that administrative access is possible on any node, but all legitimate destination objects authorized to the hub are vulnerable.
这不一定意味着可以对任何节点进行管理访问，但是被授权访问中心的所有合法目的地对象都很容易受到攻击。
Because each node has access to only its own memory, data structures must be duplicated and sent over the network if other nodes want to access them, leading to network overhead.
由于每个节点都只能访问自己的内存，如果其他节点需要访问这些内存中的数据，就必须对这些数据结构进行复制并通过网络进行传送，这会导致大量的网络负载。
Typically, this is the IP through which systems administrators access a node.
通常，系统管理员通过这个IP访问该节点。
There is an attribute RUNSTATS TIMESTAMP on the table or index node of the access plan graph that indicates the last time when the statistics were collected.
在访问计划图的表或索引节点上会有一个RUNSTATSTIMESTAMP属性，它表示收集统计数据的时间。
It is quicker for processors to gain access to memory in a local node than in different nodes.
处理器访问本地节点的内存要比访问不同节点的内存快。
In Figure 2, the descriptor for the table node and the descriptor for the TBSCAN node are shown to the left of the access path graph.
在图2中，表节点的描述符和TBSCAN节点的描述符显示在访问路径图的左侧。
In this example, we set contact information for a portal page as meta data on the content node (see above XML Access excerpt).
在此示例中，我们将门户页面的联系人信息设置为内容节点上的元数据(参见上面的XMLAccess摘录)。
When a compute node in a cluster wants to access a file in this parallel filesystem, it goes through the following steps.
当集群中的计算节点想要访问并行文件系统中的一个文件时，它需要执行以下步骤。
Next, provide the name of the database to access on the CNS node, as shown below.
接着，提供该数据库的名称，以在CNS节点上进行访问，如下所示。
The last element, selectURL, is the URL generated by the portal to access the node page from the menu.
最后一个元素selectURL是门户生成的URL，用于从菜单访问节点页。
Each photo node is a child of the photo node, so you go through each photo node. Then you access the title and id attributes of each photo node and store it in your map.
每个照片节点都是照片节点的子节点，因此您将遍历每个照片节点，然后访问每个照片节点的title和id属性并将其存储到映射中。
The Global Cache Service (GCS) of that Oracle rac node is responsible for managing access to these sets of data blocks.
该Oraclerac节点的全局缓存服务(GCS)负责管理对这些数据块集的访问。
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