同时本文给出了嵌入式设备驱动程序设计的基本模型及其简单实现。
This paper provides a basic model of embedded device driver and a way to implement it.
本节着重讨论通常几乎在每个嵌入式环境中都会使用的一些重要设备的设备驱动程序。
This section focuses on device drivers for some important devices that are normally used in almost every embedded 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。
This particular device driver is meant for an embedded system where you may not have much sophisticated debugging environment.
设备驱动程序质量的好坏直接关系到嵌入式系统的工作效率和稳定性，甚至对项目的成败具有决定性作用。
The quality of device driver is related directly to the embedded system's efficiency and stability, and even play a decisive role on the success of the project.
他的大部分时间都用在嵌入式软件、设备驱动和实时操作系统的开发上了。
Most of his time is spent in embedded software, device drivers and real-time operating system developed on the.
所设计的驱动程序能够支持移动存储设备和HID设备，对其它嵌入式usb主机驱动的开发有一定的参考意义。
The driver designed in this paper can support portable storage device and HID device. It is helpful for the developing of other embedded USB host driver.
因此，不同的嵌入式产品在开发时都必须设计自己的设备驱动程序。
So every embedded device must design the special device driver in development.
嵌入式系统要想快速地移植到电子设备上，必须要及时提供该设备的驱动程序。
If we want the embedded systems to migrate to electronic devices quickly, the device driver must be provided timely.
嵌入式系统的驱动程序是应用程序与嵌入式系统硬件之间的一个中间接口层，操作系统只有通过这个接口，才能控制硬件设备工作。
Embedded system driver is the interface layer between application and hardware of the embedded system. Operating system only controls the hardware devices through this interface.
CAN设备驱动程序的成功实现，对在嵌入式操作系统下扩展其它设备驱动程序有重要的指导意义。
It have the important guidance value that realizing successfully for CAN device drivers in order to extend other drivers of device in embedded operation system.
CAN设备驱动程序的成功实现，对在嵌入式操作系统下扩展其它设备驱动程序有重要的指导意义。
It have the important guidance value that realizing successfully for CAN device drivers in order to extend other drivers of device in embedded operation system.
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