总体组合虚拟设备描述为分布式应用程序。
The overall composite virtual appliance is described as a distributed application.
得到选入当前位图的设备描述表。
Retrieves the device context into which the current bitmap is selected.
元文件设备描述表的使用，如何利用兼容dc实现图形的保存和再现。
Metafile device use, how to use DC-compatible graphics realize the preservation and reproduction.
例如，在光谱学中，探测器光柱的正确亮度测量是材料和设备描述的基础。
For example, in optical spectroscopy, a correct intensity measurement of the probe beam is fundamental during material and device characterization.
本文介绍了其技术特点及通信连接、通信模式、设备描述等基本技术问题。
This article presents the key technology of DeviceNet, such as connection, communication model and device profile.
这些“程序包”可以包括特定的设备描述，插件组件，元件库或联机帮助扩展。
These "packages" can include specific device descriptions, Plug-In components, libraries or online help extensions.
本文提出了信息空调的体系结构、参考模型、设备描述文件以及详细的通讯协议，工作量是巨大的。
In this thesis, lots of work has been done on architecture, reference model, device file, and communication protocol of information air conditioner.
每一个设备描述都包含诸如设备标记、受支持的浏览器及硬件特性(包括设备颜色或图像功能)这样的信息。
Each device profile contains information such as the device markup, the supported browser, and hardware characteristics, including the device color or image capabilities.
采用基于EDOM的高速XML解析器，对大型EPA设备描述文件的高速解析和创建，提高软件整体的运行速度。
Adopting high speed XML parser based on EDOM to make parse and creation of large EPA device description file much faster, the run speed of total software is improved.
在上述研究的基础上，作者深入地研究了设备描述文件，希望可以减少设备描述文件的开发周期并降低再开发成本。
On the basis of these researches, an in-depth investigation of device description languages is taken to get a resolving method to reduce the development cycles and the re-development cost.
首先介绍了EDD产生的背景和它的基本原理，然后深入地分析了现有设备描述技术，最后针对其不足提出了本文作者的解决方法。
The paper first introduces the background of EDD and elements of EDD, then analyzes the existing device description technology, at last a new method is put forward to overcome its shortcomings.
主机控制器设备驱动程序读取的设备描述符包含关于设备的信息，例如class、subclass和protocol。
The device descriptor read by the host controller driver contains information about the device, such as class, subclass, and protocol.
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。
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.
MCS通过设备布局策略(layout policies)解决了这个问题，这个策略管理设备描述并删减其内容以适合不同的屏幕尺寸及设备性能。
MCS solves this problem with device layout policies that manage presentation and tailor content to suit the screen sizes and capabilities of various devices.
设备抽象层为上层应用程序提供了一套标准的、与设备无关的通信接口，并且通过文件描述表、设备描述表和驱动描述表建立了从通信接口到设备驱动的映射。
The device Abstract Layer provides a set of standard communication interface functions unrelated with specific device, which is mapped to device drivers by file table, device table and driver table.
设备抽象层为上层应用程序提供了一套标准的、与设备无关的通信接口，并且通过文件描述表、设备描述表和驱动描述表建立了从通信接口到设备驱动的映射。
The device Abstract Layer provides a set of standard communication interface functions unrelated with specific device, which is mapped to device drivers by file table, device table and driver table.
应用推荐