• If every one of them contained a small wireless node, people would not only be able to control the lighting more effectively but put them to many other USES too.

    如果每个照明装置都包含一个小的无线结点,人们不仅可以更加有效地控制灯光,而且可以用于许多其它的方面。

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  • 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。

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  • On the control node, start your default X Window System session.

    在控制节点上,请启动默认的X窗口系统会话。

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  • A start node can only issue control flow, while stop and end nodes can also receive data flow.

    开始节点只能发出控制流,而停止和结束节点还可以接收数据流。

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  • After you set the BMC address on a node, you have remote power control, which makes life easier when configuring the cluster.

    在节点上设置了BMC地址之后,就可以进行远程电源控制,这样的话就可以更加轻松地配置集群了。

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  • A control structure node causes branching or looping within your visual snippet logic.

    控制结构节点在可视代码片段逻辑中产生分支或循环。

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  • Two nodes where chosen here to make the wiring a little cleaner and demonstrate the use of two control nodes for a single notification node.

    此处选择的两个节点可让连接变得更为清楚,并演示了如何为一个通知节点使用两个控制节点。

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  • Any properly formatted message subtree can be sent to the control node.

    可以将任何经过正确格式化的消息子树发送到控制节点。

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  • Move your mouse around on the control node to verify that you have one desktop available across both screens to the input devices on the control node.

    在控制节点上移动鼠标,来验证有一个跨越两个屏幕的桌面,输入设备在控制节点上。

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  • Each node requires two addresses on the compute network: one for the compute address and another for the Baseboard Management Controller (BMC), which is used for hardware monitoring and power control.

    每个节点在计算网络上需要两个地址:一个用于计算地址,另一个用于基板管理控制器(BMC),BMC用来进行硬件监视和电源控制。

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  • On the other hand, every time a user clicks one node of the tree, we will have a datagrid control to list all the services under this node.

    另一方面,每次用户点击树的一个节点,我们都用数据网格控制来罗列节点下的所有服务。

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  • Run the above setup from the control node with the command.

    从控制节点上用以下命令运行以上设置。

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  • Once both actions complete, the join control node [5] is invoked [6].

    这两个动作完成之后,就会触发join控制节点[6]。

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  • However, it and any other field present on the control message is passed along from the TimeoutNotification node, which is a useful feature we'll take advantage of later.

    不过,会从TimeoutNotification节点传递该字段和控制消息中的所有其他字段,这是一项很有用的功能,我们将在稍后对其加以利用。

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  • Placing the control node network connection between the WAP and the modem allows monitoring of all connections to the Internet from any machine on network.

    将控制节点网络连接放在WAP与调制解调器之间将允许通过网络中的任意一台计算机监视与Internet的所有连接。

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  • Argus setup on the control node.

    控制节点上的Argus设置。

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  • On the control node, install Argus and run the following command.

    在控制节点上,安装Argus并运行以下命令。

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  • Regardless, start an Xterm on your control node.

    不论怎样,请在控制节点上启动一个Xterm。

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  • The second solution, which is the best practice, is to use a TimeoutNotification node in "Automatic" mode to generate the control message for us.

    第二个解决方案是最佳实践,将使用采用“Automatic”模式的 TimeoutNotification节点来生成控制消息。

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  • When the initial control message is sent to this node, the "TimeoutNotify_BURST" node will create timer events at the specified intervals.

    将初始控制消息发送到此节点时,“TimeoutNotify_BURST”节点将按照指定的时间间隔创建计时器事件。

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  • The original message (InputRoot) is available each time after control is returned to the statement following the Propagate node when the individual path is completed.

    每次在完成了单个路径且控制返回给Propagate节点后的语句时,原始消息(InputRoot)就可用。

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  • The has_title and has_body control whether the title and body fields provided by node, respectively, appear in the form to create and edit a flit.

    has_title和 has_body控制节点提供的title 和body字段是否分别出现在表单中,以便创建和编辑一个 flit。

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  • Unlike the previous scenario, we use an MQInput node to send the first timer control message. Here's the XML the input message contains.

    与前一个场景不同,我们将使用MQInput节点来发送第一个控制流消息。

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  • Start Argus and the process_racluster.pl program on the control node.

    在控制节点上启动Argus和 process_racluster.pl程序。

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  • The merge executes twice, once when it receives control from the lower start node, and again when it receives control from the join.

    merge执行了两次,在接收到来自下面的开始节点的控制时会执行一次,而在接收到来自join的控制时会再次执行。

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  • On successful completion of join node, the control is passed to the end node, which ends the process.

    join节点成功完成之后,控制权就会传递给end节点,它会结束这个过程。

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  • For this example, the control node is 192.168.1.101, so I would run the command xhost + 192.168.1.101 on the client node.

    对于这个示例,控制节点是192.168.1.101,所以我就在客户机节点上运行命令xhost + 192.168.1.101。

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  • Figure 7 shows a flow that automatically generates a control message for the TimeoutControl node from a TimeoutNotification node in "automatic" mode.

    图7显示了自动从采用“Automatic”模式的Timeout Notification节点为Timeout Control节点生成控制消息的流。

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  • The compute node, named Convert, consists of a single module whose purpose is to configure the LocalEnvironment tree in order to control the behavior of the following HTTPRequest node.

    计算节点名为Convert,包含单个模块,该模块用于配置localenvironment树,以控制后面的HTTPRequest节点的行为。

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  • One network adapter for the control node will suffice in low-traffic Settings, but two is better on busy networks.

    控制节点使用一个网络适配器便足以满足低流量设置,但是对于繁忙的网络来说,有两个网络适配器更好。

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