The harmonic analysis will forecast the shell 's stable response to the external harmonic inspire prompting-the driver device.
而其谐响应分析，则预测了壳体在动力装置这一外在简谐激励下的稳态响应。
When you exchange the adapter, the existing device driver supports the adapter because it is of the same type.
当您调换适配器时，现在的设备驱动程序会支持此适配器，因为它是同类型的。
Then, open the device driver and get the file descriptor.
然后打开设备驱动器并获取文件描述符。
Depending on your device driver, you may need to have a copy of the buffers, if the device has any.
根据设备驱动程序的不同，如果设备具有缓冲区，可能需要使用一个缓冲区的拷贝。
This article helps device driver developers test the interrupt service routine as much as possible by simulating the various interrupts.
本文通过模拟各种中断，尽可能地帮助设备驱动程序开发人员测试中断服务例程。
Packets are enqueued for transmission and dequeued by the device driver.
数据包是由设备驱动进行入队传输和出队。
One unique feature of this module is that it takes advantage of the transparent load balancing provided by the device driver.
这个模块唯一的特性就是它利用设备驱动程序提供的透明负载均衡。
That way, when a process performs an operation on the device, the kernel knows what device driver should be referenced.
这样，进程对设备执行操作时，内核就会知道应该引用什么设备驱动程序。
Suppose your device driver must be written from scratch, and you do not have the actual hardware while developing this device driver.
假设我们必须从头开始编写这个设备驱动程序，在开发这个设备驱动程序时还没有实际的硬件。
Also, you can use friendly name if your device driver supports it.
此外，如果您的设备驱动程序支持，则可以使用友好的名称。
Actual implementation would depend on the device and the driver.
实际的实现依赖于设备和驱动程序。
This particular device driver is meant for an embedded system where you may not have much sophisticated debugging environment.
这个设备驱动程序是为一个嵌入式系统开发的，在这种系统上并没有很好的调试环境。
You will also be applying a patch (extra routines) to your device driver.
还需要对设备驱动程序应用一个补丁(附加例程)。
Why would anybody want to simulate hardware when developing a device driver?
为什么会有人想要在开发设备驱动程序时模拟硬件呢？
The access to a specific device is handled by traditional physical device driver associated with it.
对特定设备的访问由与它相关联的传统物理设备驱动程序处理。
It could be in the kernel core per se, or in a device driver that is linked into the kernel either statically or dynamically.
它本身可以在内核中，也可以在静态或动态链接到内核的设备驱动例程中。
DSF is especially helpful in executing device driver kernel code where the device may not be present.
当设备可能不存在时，DSF特别有助于执行设备驱动程序内核代码。
The script USES WLAN tools and utilities to configure device driver parameters like WEP keys and SSIDs.
这个脚本使用WLAN工具和实用程序来配置设备驱动程序参数，例如WEP关键字和SSID。
Generally speaking, the device handle is determined by the name of a particular device driver.
一般而言，设备句柄由具体设备驱动程序的名称决定。
The results are sorted by device, driver, and protocol (see Listing 1).
下面按设备、驱动程序和协议对结果进行排序（请参见 清单 1）。
The results are sorted by device, driver, and protocol (see Listing 1).
可以按设备、驱动程序和协议来对结果进行排序(请参见清单1)。
These kernel threads should be destroyed in the close of the device driver.
这些内核线程应该在设备驱动程序的close函数中进行销毁。
This kernel thread should be destroyed in the close of the device driver in this pseudo code.
在下面的伪代码中，这个内核线程应该在设备驱动程序的close函数中进行销毁。
When they are accessed, the kernel maps to the appropriate device driver by devfs device name, rather than by major number.
当它们被访问时，内核通过devfs设备名称映射到合适的设备驱动程序，而不是通过主设备号。
The Linux card services core interacts with the host controller device driver, the card device drivers, and the user mode cardmgr daemon.
linux卡服务核心与主机控制器设备驱动程序、卡设备驱动程序及用户模式cardmgr后台进程交互。
NetBSD uses the cryptographic device driver (CGD) to implement an encrypted file system with a virtual device.
NetBSD使用加密设备驱动程序 (CGD)通过虚拟设备实现加密的文件系统。
Consider a hypothetical device driver.
考虑这样一个假想的设备驱动程序。
To visit the device, the Linux kernel maps the device operation call to the device driver via the file system.
为了访问设备，Linux内核将设备操作调用通过文件系统映射到设备驱动程序。
IrDa chips incompatible with the serial driver have their own device drivers.
与串行驱动器不兼容的IrDa芯片有自己的设备驱动程序。
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