Then you should create the appropriate device node.
然后你应该创建合适的设备节点。
You can move between each device node by using the up and down arrow keys.
通过使用上下方向键，可以在每个设备节点间移动。
Note that we did not specify a device node name, so udev uses the default.
注意到我们没有指明设备节点名字，于是udev使用了缺省名字。
This is the mechanism by which the kernel associates our particular device to the device node.
这种机制就是内核将特定设备与相应设备节点相互关联的方式。
The functionality introduced here allows you to run a program after the device node is put in place.
这里介绍的功能允许你在设备节点到位后运行一个程序。
The actual device node name will depend on your Linux distribution, your SD card reader type and your existing hardware.
实际设备节点名称将取决于您的Linux发行版，你的SD卡阅读器类型和您现有的硬件。
When the device node (special file) is created, it must sport the exact same major number that is used internally by the kernel.
当设备节点（特殊文件）创建后，它使用的主设备号必须同内核内部使用的完全相同。
When those programs are being executed, the device node has not yet been created, so acting upon the device in any way is not possible.
但这些程序执行时,设备节点设备节点还没有被创建,所以对设备的任何形式的操作都是不可能的。
The first rule ensures that the mice device node appears exclusively in the /dev/input directory (by default it would be at /dev/mice).
第一条规则确保鼠标设备节点一定出现在/dev/input目录下(缺省是在/dev/mice下面)。
While EVMS can see all the storage resources on your system, it may not create /dev/evms/ device node entries for all of the resources it finds.
尽管EVMS可以看到系统上所有的存储资源，但它可能不会为它找到的所有资源都创建 /dev/evms/设备节点项。
The above rule says: match a device which was named by the kernel as HDB, and instead of calling it HDB, name the device node as my_spare_disk.
上面规则意思是：匹配一个设备命名为hdb的设备，把它重新命名为my _ spare _ disk。
In response, devfs_register adds the foo0 device node to the root of the devfs namespace, and records that this new foo0 node should map to the foo device driver in the kernel.
相应的，devfs_register在devfs名称空间的根目录添加foo0设备节点，并记录这个新的foo0节点应该映射到内核中的foo设备驱动程序。
However, a file type mismatch where the filesystem contains a plain file and the database records a device node is harmless; this is how pseudo emulates creation of device nodes.
不过，在文件系统包含纯文本文件时文件类型将不匹配并且服务器将记录设备节点，这不会产生不良影响；这就是pseudo模拟设备节点的创建方式。
The above rule says: match a device which was named by the kernel as hdb AND where the driver is ide-disk. Name the device node with the default name and create a symbolic link to it named sparedisk.
上面规则意思是：匹配一个内核命名为hdb以及驱动为ide-disk的设备，命名设备节点为缺省名字,同时创建一个指向它的名为sparedisk的符号链接。
At any node in the tree, a filesystem could be overlaid from a new device.
在树中的任何节点上，可以用来自新设备的树覆盖文件系统。
By clicking on a map or a node of a GUI network graph, the network operations center staff could monitor the status of any particular device and change its setting and configurations.
通过在地图上或GUI网络图的节点上点击，网络操作中心工作人员可以监控任何特定设备的状态并更改其设置和配置。
The notification, synchronization, and device manager services also run in the application tier on a separate node.
通知、同步和设备管理服务也在应用层中的一个单独节点上运行。
When the cluster service on the forming node starts, it first tries to bring online the physical device designated as quorum disk.
当集群服务开始建立节点，它首先将指定为Quoru m盘的物理设备上线。
Such a node could be a Linksys NSLU2 or similar low-wattage device running Linux.
这样的节点可以是LinksysNSLU2或类似的运行Linux的低功率设备。
The device element represents a complex node that includes an element with the name of the device and several other elements with additional information.
device元素表示一个复杂节点，它包含一个带有设备名称的元素和其他几个带有额外信息的元素。
Each node can automatically route messages from other nodes, greatly increasing the communication range beyond that of any single device.
每个节点都能够自动地路由其他节点中传来的消息，即有效地增强了信号的传输范围。
At first, the architecture of models in IEC61850 is analyzed, including server, logical device, logical node, data, data-set and respective services, to explore the way and idea of modeling.
首先，论文对IEC61850标准的模型结构进行分析，包括其服务器、逻辑设备、逻辑节点、数据、数据集及各自相关的服务，探求其建模的方法和思想。
Given what we already know about the device tree, we can start with the addition of the following node to describe the PCI host bridge.
既然关于设备树我们已经有所了解了，那么我们就从以下所示新增加的节点来介绍pci主桥。
Method for connecting to Inter network, adapter device, network node and switching center.
连接到因特网的方法，适配装置，网络节点和交换中心。
Information communication system, information communication method, node device included in information communication system, and recording medium having information processing program recorded on it.
信息通信系统，信息通信方法，包含在信息通信系统中的节点装置，以及记录信息处理程序的记录介质。
Information distribution system, information distribution method, node device, key data management device, and recording medium.
信息传送系统，信息传送方法，节点装置，密钥数据管理装置，和记录介质。
A device other than a sensor node can use the data to develop a predictive model based upon inherent redundancy in the sensor data, and correct one or more later-received values deemed unreliable.
不同于传感器节点的装置可使用该数据，来基于传感器数据中的固有冗余而开发预测模型，并且校正一个或多个以后接收的、看起来不可靠的值。
As mentioned earlier, node names reflect the type of device, not the particular model.
正如前面所述，节点的命名应当反映设备的类型而不是特定的型号。
As mentioned earlier, node names reflect the type of device, not the particular model.
正如前面所述，节点的命名应当反映设备的类型而不是特定的型号。
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