To use a USB 3.0 device, you'll need a USB 3.0 controller.
为了使用USB 3.0设备，你将需要一个USB 3.0控制器。
For USB GPRS modems, a USB-to-serial converter typically converts the USB port into a virtual serial port so the rest of the system sees it as a serial device.
针对usbGPRS调制解调器而言，USB - to - serial转换器一般us b端口转换为虚拟串行端口，因此系统其他部分就会将它看作串行设备。
Therefore, the Linux USB layer, the BlueZ USB transport driver, and the BlueZ protocol stack are the main kernel layers that get the device working.
因此，LinuxUS b层、BlueZ US b传输器驱动程序以及BlueZ协议栈是使设备工作的主要内核层。
Because the device descriptor read from the adapter during enumeration matches the information registered by the hci_usb driver with the usb core, this driver gets attached to the Belkin usb device.
因为在枚举期间从适配器读取的设备描述符与hci_usb驱动程序注册到usb核心的信息相匹配，所以这个驱动程序可附加到Belkin usb设备。
Advanced USB Port Monitor is a software tool that analyzes the USB Bus, USB device and protocol. With this app you can debug and test USB devices and software.
先进的US B端口监视器是一个软件工具，分析了USB总线，USB设备和协议。有了这个程序，你可以调试和测试usb设备和软件。
USB driver stack architecture and the method of how to communicate with a USB device in application are also analyzed in this paper.
对usb驱动程序堆栈结构和应用程序如何与usb设备通信的方法进行了简要分析。
USB Disk Authentication - Configure a USB device to act as a "key" to view encrypted information (it must be plugged into the system for access).
盘认证-配置一个USB设备作为一个“钥匙”来查看加密的信息(必须作准入制度堵塞)。
Similar to the hci-usb driver used for usb Bluetooth devices discussed above, usb irda FIR dongles are supported by the irda-usb.c device driver.
与上面讨论到的用于usbBluetooth设备的hci - usb驱动程序类似，irda - usb . c设备驱动程序支持usb irdaFIR软件狗。
This implementation accesses the usb devices through the virtual usb device file system (usbdevfs).
这个实现通过虚拟usb文件系统(usbdevfs)访问usb设备。
From the aspect of ECG transmission based on USB, what we have to do is the collaborative work of USB device and host.
心电信号的US B传输包括终端usb设备和主机端两方面的协同工作。
USB Config is a very small but effective application that will help you perform a couple of simple tasks related to the USB device usage and access.
USB配置是一个非常小而有效的应用程序，这将帮助您执行了几个相关的USB设备使用和访问简单的任务。
This thesis takes Lingyang chip microcomputer and USB chipset PDIUSBD12 as the core of controlling device, and makes a systemic study of USB related techniques and USB interface drive program.
本论文以凌阳单片机和PDIUSBD 12构成USB设备控制端，对usb相关技术和USB设备驱动程序的编写进行研究。
USB Safely Remove is a USB device manager. It saves time and extends user abilities on active work with flash drives, portable drives, card readers and other gadgets.
USB安全删除是一个USB设备管理器。它可以节省时间方便你使用闪存驱动器，便携式硬盘，读卡器和其他设备。
The USB basic character and common USB device protocol which is necessary for embedded USB host system developing is introduced detailed.
本文详细介绍了嵌入式USB主机系统开发需要考虑的USB基本特性和USB设备的通用协议。
At period of experiment, the correctness of design is testified by using USB mouse that is belong to HID device class as like RS232->USB converter.
在实验阶段，为简化调试工作，采用与RS232->USB转换器同属HID设备类的USB接口鼠标联调的方法验证原理设计的正确性。
Introduce the USB device genus (Mass Storage) and how to realize the USB interface in the embedded system.
介绍US B设备类(以海量存储类协议为主)以及如何在嵌入式系统中实现USB接口。
Each USB data transfer is initiated and controlled by the host. Every USB device can only connect to the host and can not communicate with each other directly.
在usb规范中任何一次U SB的数据传输都必须由主机来发起和控制，所有usb设备都只能和主机建立连接，任何两个外设之间或是两个主机之间无法直接通信。
There are generally two modes of USB technology could be used in embedded systems, one is the USB device mode using as USB Devices and the other is USB host mode using as USB Host Controllers.
USB技术在嵌入式系统中有两种主要的应用方式：即作为USB总线设备的USB设备方式和作为USB主控制器的嵌入式USB主机。
There is no need to move USB devices from one computer to another or occupy others' PCs to work with USB device.
并无必要举措从一个电脑到另一个USB设备或占用他人电脑同USB设备。
Sometimes clicking "Safely remove USB device" button can't remove USB storage safely.
有时候点击“安全移除USB设备”按钮不能安全移除USB存储器。
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。
Specially, it describes the key technology USB communication realization, which includes USB firmware develop and USB device driver develop.
尤其对有关usb通信的实现部分进行了详细地论述，其中包括USB固件程序开发与usb设备驱动程序开发。
USB Device Protection is a lightweight and easy-to-use application that provides necessary security to your computer against USB flash drives infected with various e-threats, such as worms.
USB设备的保护是一个轻量级且易于使用的应用程序，提供必要的安全，以您的计算机免受感染各种电子威胁，如蠕虫usb闪存驱动器。
In this paper, according to the design targets and based on the USB system architecture, the system is detailed introduced from three points of view: hardware, software and USB device driver.
本文围绕设计目标，在简要叙述usb系统体系的基础上，从硬件、软件以及usb设备驱动程序三个方面对系统做了详细介绍。
Then, emphasize the development and design of USB device, among them include primarily; The design of USB hardware, the development of the firmware, the development of USB device driver.
然后，着重介绍了USB设备的设计和开发，其中主要包括：USB硬件设计，固件程序的开发，USB设备驱动程序的开发。
Chargeable USB is a handy tool for the users who want to charge a mobile device from a USB port.
充电usb是一个方便的工具，谁想要一个移动设备通过US B端口充电的用户。
The development of USB driver is an important part of the development of USB device.
USB设备驱动程序的开发是USB设备开发的一个重要部分。
EFI supports the USB device. Consumers can use the USB device without enter in the operating system.
EFI提供了对usb设备的支持，用户无需进入操作系统，就可以使用USB设备。
USB device Tree Viewer is designed to provide you with fast access to information concerning the USB host controllers and devices connected to your computer.
USB设备树查看器的设计为您提供有关连接到计算机上的USB主机控制器和设备的快速访问信息。
USB device Tree Viewer is designed to provide you with fast access to information concerning the USB host controllers and devices connected to your computer.
USB设备树查看器的设计为您提供有关连接到计算机上的USB主机控制器和设备的快速访问信息。
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