Chapter 4 introduces the USB device drivers layered architecture.
第四章对usb驱动程序体系结构进行了介绍。
It contains functions and data structures that USB device drivers can use.
并包含U SB设备驱动程序可以使用的函数和数据结构。
As with PCMCIA, the Linux device drivers for the individual USB devices do not depend on the host controller.
由于具有PCMCIA，单个usb设备的Linux设备驱动程序不依赖于主机控制器。
The device is powered by USB and requires no special software or drivers, however users need to first enable keyboard shortcuts within Gmail's settings before using it.
这款产品无需安装任何驱动程序或软件，不过用户要首先打开Gmail设置中的快捷键功能，才能在Gmail中使用这种键盘。
Our proposed remote USB system software architecture extends USB system functions and seamlessly supports remote USB sub-systems without need to modify USB target device drivers.
本文提出的远程usb系统软件结构扩展了USB系统，使得其能够在不修改已有usb目标设备驱动程序的基础上，无缝的支持远程的US B子系统。
Kernel drivers: This is the set of software drivers needed to interact with the hardware device. Some examples are drivers for wireless, camera, USB, 3g, Bluetooth, and touchscreen.
内核驱动：这是需要与硬件设备交互的一些软件驱动设备。例如：无线设备驱动、视频驱动、USB驱动、3g驱动、蓝牙驱动、以及触摸屏驱动等等。
Finally, we analyse and design the software of digital motion control systems based on USB, including the firmware of USB device, the drivers of USB device.
最后设计开发了采用USB技术的数字运动控制系统的软件，包括USB设备固件程序、U SB设备驱动程序。
Ass with PCMCIA, the Linux device drivers for the individual USB devices do not depend on the host controller.
由于具有PCMCIA，单个usb设备的Linux设备驱动程序不依赖于主机控制器。
Ass with PCMCIA, the Linux device drivers for the individual USB devices do not depend on the host controller.
由于具有PCMCIA，单个usb设备的Linux设备驱动程序不依赖于主机控制器。
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