重点阐述了嵌入式蓝牙网关的硬件组成结构、软件体系架构和蓝牙驱动层框架。
Firstly, the hardware composition structure and the software system construction of the Embedded Bluetooth Gateway are presented .
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。
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.
内置的蓝牙音频驱动，来宾模式，从其它设备和CD自动运行。
An in-box Bluetooth audio drive, guest mode, and autorun from other devices other and a CD.
我们都心心热爱蓝牙，因为它可以驱动我们可爱的无线耳机，可以出色的在我们的手机和电脑之间实现数据同步。
We all love Bluetooth, given that, among other things, it powers our lovely cordless headsets and nicely syncs our Treos with our laptops.
蓝牙规范也定义了数个标准机制，通过一个主机控制器传输层(Host ControllerTransport Layer)，在HCI驱动程序和主机控制器之间进行HCI数据包的传输，这些传输层包括。
The Bluetooth specification also defines standard mechanisms for transmitting HCI packets between an HCI Driver and Host Controller, via a Host Controller Transport Layer such as.
因为蓝牙主控器接口被很好的定义，你可以写驱动来处理来自不同制造商的蓝牙模块。
Because the Bluetooth HCI is well defined, you can write drivers that handle different Bluetooth modules from different manufacturers.
文章详细分析了基于蓝牙模块的数据通信系统构成，着重介绍了使用HCI状态机的处理机制来实现HCI驱动的方法。
This article analyses the structure of data communication system based on Bluetooth module in detail, and emphasizes the method of realizing HCI drive using the mechanism of HCI state machine.
对于WiFi和蓝牙，使用设备管理器更新驱动程序。
For WiFi and Bluetooth, use Device Manager to update the driver.
对于WiFi和蓝牙，使用设备管理器更新驱动程序。
For WiFi and Bluetooth, use Device Manager to update the driver.
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