然后是另外一个协议无关层，提供了与各个设备驱动程序通信的通用接口，最下面是设备驱动程序本身。
Next is another agnostic layer that permits a common interface to and from the individual device drivers that are available, followed at the end by the individual device drivers themselves.
此标准的开发是针对这样一个事实，即网络文件服务器不能使用为通用计算机设计的存储设备驱动程序。
The standard was developed to address the fact that network file servers are not able to use the storage device drivers designed for general-purpose computers.
在驱动程序设计部分，首先引入EZ - USB通用设备驱动程序开发模型，然后具体介绍了本系统中驱动程序的设计过程。
Driver in the design, First introduced EZ-USB GDP development model, and then presents the driver of the system design process.
通过分析具体pci设备，给出了PCI设备驱动程序设计的通用方法以及驱动程序实现的关键代码。
Through analyzing the PCI device, the common method to develop the PCI device driver is introduced and the key code is given.
着重论述了通用串行总线(usb)的特点，以及USB设备的固件程序设计、驱动程序开发和上层应用程序的开发。
The feature of USB, firmware design of USB device, driver design and application design are emphatically described.
着重论述了通用串行总线(usb)的特点，以及USB设备的固件程序设计、驱动程序开发和上层应用程序的开发。
The feature of USB, firmware design of USB device, driver design and application design are emphatically described.
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