The simplest way of getting the data from the Arduino is with the unit connected directly to a host computer Universal Serial Bus (USB) interface, reading the data as if it were a serial connection.
从Arduino获得数据最简单的方式是让此单元直接连接到主机计算机的UniversalSerialBus (USB)接口，像串行连接那样读取数据。
DB9M-to-USB cable (optional if your host platform has an RS-232 port).
DB9M - to - US b线缆(如果主机平台有RS- 232端口，它就是可选的)。
On the other hand, very few PDAs can be configured to work as USB host devices; if you're willing to put in the time and effort, the 770 can use USB hard drives.
另一方面，很少有PDA 设备可以配置成作为USB主机设备来工作；如果您愿意花一些时间和精力，770 甚至可以使用 USB 硬盘。
The program recursively traverses through all the USB hubs on the USB system and locates all the USB devices connected to the host computer.
这个程序递归地遍历usb系统上的所有usbhub并找出连接到主机计算机上的所有usb设备。
If your host system has no serial port, use a DB9-to-USB cable.
如果您的主机系统没有串行接口，使用DB 9 - to - USB电缆。
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。
It was briefly introduced how to apply the USB host in the digital Temperature-Humidity Recorder, and proposed the realization plan of USB host based on the SL811HS.
将US B主机应用到数字温湿度记录仪系统中，提出了基于SL811HS的USB主机设计的实现方案。
Logic USB equipment was formed with information flow between host controller and equipment by end point marking end point congregate, and it was connected to system equipment.
主机和设备间的通信流经端点标识和端点集合构成逻辑usb设备，与系统设备连接。
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。
The USB host controller is connected to a USB device comprising one or more end points, and comprises a buffer.
USB主机控制器连接到包括一个或多个端点的USB设备，并且包括缓冲器。
The implementation described in this chapter is not required. This implementation is provided as an example to illustrate the host system behavior expected by a USB device.
本章所涉及的具体实例部分只是作为例子，以阐述主机系统响应usb设备请求的行为。
USB Device Tree Viewer is capable of querying the registry and enumerating host controllers, root hubs, as well as the attached devices to each port.
USB设备树查看器能够查询注册表，并列举主机控制器，集线器根，以及连接设备每个端口。
We will realize the image processing in embedded systems, if we can add a USB host which connects a USB camera device to acquire the image data.
如果能在嵌入式系统中增加一个能与usb摄像头连接的USB主机，实现图像数据的采集，则可以使嵌入式系统的应用扩展到图像处理领域。
USB has two kind product. USB host mainly refer to PC while USB product in the market mainly refer to device.
USB分为主机和设备两类，主机一般由PC机承担，市场上的USB产品一般为从属设备。
The protocol of USB Host Controller is analysed and the application of USB technique to intelligent instruments are introduced.
本文研究了US B主控制器协议，并分析了USB技术应用于智能仪表的技术可行性。
In order to realize local image storage, image compression system and USB host system based on DSP has been designed in this paper.
为了实现图像信息的本地存储，还设计了基于DSP的图像压缩系统及USB主机系统。
The embedded USB host technology will solve the problem that embedded systems are not able to make use of USB devices.
嵌入式USB主机技术可以解决嵌入式系统无法使用USB设备的难题。
The system is connected to the host computer throw the USB interface. And it is capable of processing real-time video signal.
该系统通过USB接口与主机相连接，能够满足视频信号实时传输的要求。
Please note that charging from USB cable takes a longer time due to the current supplied by your USB host controller is much smaller than your Sony charger.
请注意充电从上边带缆绳作为比较久的时光由于潮流由你的上边带主人控制器供应比你的索尼充电器是小。
This study applys embedded USB HOST interface as a module to the Microprocessor and realizes the practical application of embedded USB HOST to the auto-multimedia system.
本课题研究在微控制器系统中，把嵌入式usb主机接口作为一个功能模块，实现了车载多媒体视音系统嵌入式usb主机的的实际应用。
The system of USB HOST in this paper is designed to the application of embedded system, broadening the field of microprocessor application.
本文设计的USB HOST系统主要应用于嵌入式系统，以拓展微处理器的应用域。
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。
This dissertation is dedicated to the design and implement of the USB-Host data transmission technology in the background of the Distributed Fault Detecting System of the Train.
本文以机车瞬时故障检测记录仪为背景，致力于嵌入式us B主机故障数据转储技术的设计和实现。
Optical and inertial data streams are fused and transmitted to a host computer via a USB serial adapter.
光学和惯性数据流的融合，并转交主机通过USB串行适配器。
In this paper, a handheld computer development platform is used as an example to analyze the design and implementation of the USB host subsystem.
文中以一套掌上电脑开发平台的USB主机控制器为实例，分析了嵌入式系统中usb主机控制器的设计与实现。
At most cases, PC takes the role of the USB-Host. It's almost a blank area in non-PC to use USB-Host technology.
PC机在绝大多数情况下承担着USB主机的角色，非pc领域是USB主机技术应用的空白。
At most cases, PC takes the role of the USB-Host. It's almost a blank area in non-PC to use USB-Host technology.
PC机在绝大多数情况下承担着USB主机的角色，非pc领域是USB主机技术应用的空白。
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