Delivery of real-time location tracking services with device interface for active tags 使用针对主动式标签的设备接口提供实时的位置跟踪服务
The Linux IDE device interface for CD/ DVD ROM does not support hot swapping. 用于CD/DVDROM的LinuxIDE设备接口并不支持热交换。
Each device interface needs to manage the connection to the device, interface through the custom device protocol, and present a normalized, outward-facing API. 每个设备接口都需要管理与设备的连接,通过定制的设备协议进行交互,并提供一个规范化的、面向外部的API。
USB Device Interface IP Core Verification Based on Transactions 基于事务级USB设备接口IP核的验证
The original rendering system ( which still exists to this day) was GDI ( Graphics Device Interface). 最初的渲染系统叫做GDI(图形设备接口),今天仍然存在。
Return a list of installed devices for all device setup classes or all device interface classes. 返回一个列表的所有设备安装类别或所有设备接口类安装设备。
MS08-071, which contains two separate vulnerabilities, both critical, updates the Graphics Device Interface ( GDI), the core graphics rendering component of Windows. 代号MS08-071,包含两个单独的“严重”补丁,更新了Windows的核心图形渲染组件-GraphicsDeviceInterface(GDI)。
The SP_DEVICE_INTERFACE_DETAIL_DATA structure provides detailed information about a particular device interface. DATA结构体提供了一个特定设备接口的详细信息。
Connect, configure, and verify operation status of a device interface 连接,配置并检查设备接口的工作状态
Configuration Manager: Device interface is active. 配置管理器:设备界面处于活动状态。
The design of the hardware layer includes the selection of the microprocessor of the home server, the configuration of the memory system, the selection of device interface in home network and the internet interface. 硬件层的设计主要包括家庭服务器处理器的选择、存储系统的配置、家庭网络中设备接口的选择以及家庭中的网络接口实现。
With Windows XP, a new graphics device interface ( GDI+) replaces the traditional GDI. 随着新一代操作系统WindowsXP的推出,传统的图形设备接口(GDI)技术被新的图形设备接口(GDI+)技术取代。
Based on the requirements of embedded microprocessor system chip applications, the research on critical VLSI realization technologies of many peripheral device interface controllers in a 32-bits high performance embedded microprocessor system s chip has academic and practical signality. 本文面向嵌入式微处理器系统芯片的应用,研究32位高性能嵌入式系统芯片外设接口控制器的VLSI设计实现关键技术,具有重要的理论意义和实用价值。
Based on the project of SCA-based General Software Radio Platform, the paper analyses emphatically the Software Communications Architecture, especially discusses the principle and Implementation of SCA device interface. 论文以基于SCA的通用软件无线电平台为背景,对软件通信体系结构进行了深入分析,特别探讨了SCA设备接口的原理和实现。
This thesis focus on the critical VLSI design and realization technologies of many peripheral device interface controllers in a 32-bits high performance embedded microprocessor systems chip. These peripheral device interface controllers include LCD, UART, I~ 2C, SPI and PTC. 本文对一款32位高性能嵌入式微处理器系统芯片中外设接口控制器的VLSI设计和实现关键技术进行了深入研究,这些外设接口主要包括:LCD、UART、I~2C、SPI和PTC。
The standard interfaces of interactive graphic system are discussed; the action and the main functions of the virtual device interface ( VDI) introduced and the implementation model and application of VDT briefly described. 本文从交互式图形系统的标准接口谈起,介绍了虚拟设备接口(VDI)的作用和主要功能,最后扼要叙述了VDI的实现模型及使用情况。
Also could deliver data of CAN bus to PC which analyzed and processed the data and transmitted data or command of PC to the appointed CAN node through USB device interface, highly and effectively completed the communication between computer and filed equipments. 也可以通过USB设备接口将CAN总线数据转送到PC机进行分析处理并把PC机的数据或命令传送给指定的CAN节点,高效完成PC机与现场设备的通讯。
Device interface component can shield low-level hardware, thus achieves the separation of top application design and bottom hardware, and Implements the waveform application characteristic of platform-independence, portability and versatility. 设备接口组件对底层硬件的屏蔽能够实现上层应用设计与底层硬件的分离,从而实现软件波形的跨平台性、可移植性和通用性特点。
In order to make application development get rid of bottom hardware restriction, and to invoke hardware device through a general interface, device interface is defined in SCA system. 为了使应用的开发摆脱底层硬件的制约,使应用能通过一个统一的接口调用硬件设备,在SCA系统里定义了设备接口。
Design of USB Device Interface for General Application 一个通用的USB设备接口的设计
USB Device Interface Design Based on FPGA 基于FPGA的USB设备接口设计
The virtual device interface of interactive graphic system 交互式图形系统的虚拟设备接口
The device-name must be used when kernel-mode or user-mode prog ram access device. This paper analyzed two methods of naming a device in WDM driver, and discussed in detail the realizing method of accessing a device by the device interface in a driver and an application. 内核态或用户态程序访问设备时都必须使用设备名,本文分析了WDM驱动程序中采用的两种设备命名方案,并详细讨论了驱动程序及测试应用程序中通过设备接口实现设备访问的方法。
Special device structure is designed in device interface module. 设备接口模块中设计了特有的设备接口类型。
Taking into account the system in the production of the actual situation, the paper designed USB device interface, which will be convenient to transfer data and instructions to make the system more practical. 考虑到系统在生产中的实际情况,本文设计了USB设备接口,可以方便的进行数据及指令的传输,使系统实用性更强。
In the overall structure design of the control system, the common data communication interface and sensor device interface were provided for easily developing complex control system. 本课题提出的控制系统整体结构设计,为系统扩展提供了通用的数据通信接口和传感器设备接口,更好地支持了复杂的控制系统的进一步开发。
Middle-ware can isolate device interface and application layer, so as to make the system easily developed and implemented. 中间件技术隔离了应用层和设备接口,减低了系统开发的难度和复杂度,便于系统的实现。
Device interface module effectively manages bus devices, supporting extensions of bus type. 设备接口模块能够有效管理总线设备,支持总线类型的扩展。
At the same time, design the Device equipment firmware program and develop Device package from USB Device interface communication in the DSO system. 同时在DSO系统的USB从机接口通信中设计了从机设备固件程序,开发了从机软件包。
Available through the Windows operating system, powerful graphics device interface ( GDI), this design from the users point of view a convenient, intuitive human-computer interaction systems, and beautiful graphical display. 通过Windows操作系统提供的强大的图形设备接口(GDI),本文从使用者角度出发设计了便捷、直观的人机交互系统和美观的图形化显示方式。