device code

英 [dɪˈvaɪs kəʊd] 美 [dɪˈvaɪs koʊd]

网络  设备代码; 装置码

计算机



双语例句

  1. It is not required that you have a physical device; all of the code in this article will run fine on the Android emulator that comes with the SDK.
    物理设备不是必须的;本文中的所有代码在SDK附带的Android模拟器上可以很好的运行。
  2. DSF is especially helpful in executing device driver kernel code where the device may not be present.
    当设备可能不存在时,DSF特别有助于执行设备驱动程序内核代码。
  3. This can be invaluable for lower-level tasks such as code profiling or precise delays in device drivers and other time-critical code.
    这对于某些底层任务来说是无价的,例如对代码进行分析,或者在设备驱动程序或其他严格时间要求的代码中进行精确的延时。
  4. The BIOS loads the first sector of the boot device and executes the code it contains.
    BIOS加载启动设备的第一个扇区并运行其包含的代码。
  5. You will want to change this if you're using something other than an NTSC TV set as your output device; though the code will still operate, it probably won't generate a legible display.
    如果您正在使用NTSC电视机之外的其他设备作为输出设备,可能会希望进行这种修改;不过尽管代码能够正常操作,但是可能不会产生一个清晰的显示输出。
  6. These front-end and back-end drivers are where virtio comes in, providing a standardized interface for the development of emulated device access to propagate code reuse and increase efficiency.
    通过在这些前端和后端驱动程序中的virtio,为开发模拟设备提供标准化接口,从而增加代码的跨平台重用率并提高效率。
  7. This strategy lets you examine the device driver's complete code flow on a per-interrupt basis.
    这种策略让我们可以按照每个中断来跟踪设备驱动程序的完整代码。
  8. This kernel thread should be destroyed in the close of the device driver in this pseudo code
    在下面的伪代码中,这个内核线程应该在设备驱动程序的close函数中进行销毁
  9. The kernel trace hooks call functions in the device driver code, which log the information provided by the kernel trace hooks in pinned buffers.
    内核追踪挂钩调用设备驱动程序代码中的函数,那些函数将内核追踪挂钩在固定缓冲区(pinnedbuffer)中给出的信息记录下来。
  10. Developing an Android device involves new code, modifications to existing code, existing code that does not change, and third-party libraries.
    开发一个Android设备涉及到开发的新代码,对已有代码进行的更改,没有变动的已有代码,以及第三方库。
  11. Equipped with the automatic control device code meter, can accurately remember cloth length and automatic control.
    配有码表自动控制装置,可精确记量布长,并自动控制。
  12. A device that generates code to authenticate a user when logging on to a secure network or application.
    当某用户登陆到一个安全网络或应用时,一种能生成代码对其进行认证的装置。
  13. Hence, this paper reduces the complexity of coding by using effective parity-check matrix, and realizes the encoding device for LDPC code by use of large-scale integrated circuits.
    为此,利用有效的校验矩阵,来降低编码的复杂度,同时研究利用大规模集成电路实现LDPC码的编码。
  14. DNF based on easy to plug into the device language source code, function injection and uninstall.
    基于易语言的DNF外挂注入器源码,功能有注入和卸载。
  15. If the device supports native code that is not trusted, full security cannot be achieved.
    如果设备支持的本机代码不受信任,则无法实现完全的安全性。
  16. Investigations on DF system of the suction device using the code FLUENT
    利用FLUENT研究DF系统的负压装置
  17. This paper describes the character generator for time and device code display on TV screen in TV tracking sy-stem, including principle and circuit diagrams.
    叙述了电视跟踪过程中显示屏幕上叠加的时间码产生原理及实现方法。
  18. Time and Device Code Display on TV Screen in TV Tracking System
    电视跟踪显示屏上的台站号码、时间码字符发生器
  19. And it used the neutral language to compile the information of writing into buffer memory device as the neutral code, in order to realize the goal of communication between the different platform.
    并利用中性语言把写入缓存器的消息编译为中性编码,以实现跨平台通讯的目标。
  20. A new embedded device design for IRIG-B code time unification is given on the basis of analyzing wave characteristic of B-code and basic working principle of its interface terminal.
    在分析了B码码型特点及其接口终端基本工作原理的基础上,提出了一种新型的嵌入式B时间码接口终端的设计方法。
  21. A method of realizing device models with C code in PSpice
    基于C代码的PSpice器件模型的实现方法
  22. To reduce the pattern effect in all-optical clock recovery, a novel device termed as code mixer was designed to preprocess the injected data signals.
    为减少全光时钟提取中的码型效应,设计了混码器对注入数据脉冲进行预处理。
  23. Application of DCX simulation load proof-test device ( cycle chain code) in power plant
    DCX型模拟载荷检验装置(循环链码)在电厂中的应用
  24. A New Embedded Device Design for IRIG-B Code Time Unification
    一种新型的嵌入式B时间码接口终端的设计
  25. Design of the Recognizing Device of Pseudo-random Code in Computer Communications
    计算机通讯中伪随机码识别器的设计
  26. Development of Devices Mangement System for Power Plant Based on Device Code
    二手设备基于设备编码的电站设备管理系统开发
  27. The IRIG-B decoding device can receive IRIG-B code synchronous clock signals and Pulse Per Second ( PPS). The CPLD hardware data acquisition controller ensures the sample time accuracy in the system.
    设计了IRIG-B解码器,可以接收IRIG-B同步时钟信号和PPS脉冲信号,并且设计了CPLD硬件数据采集控制控制器保证采样的时间精度;
  28. The two modules mentioned above cooperating with the device code which has been written into the DFU device by the firmware engineer in advance can constitute a complete USB device firmware upgrade system.
    以上两个模块配合固件工程师预先写入设备的设备代码,就够成了一个完整的USB设备固件升级系统。
  29. The portability of I/ O software can be evaluated by proportion of device dependent and independent code size in the implemetation. So the paper is proved to have good portability because the proportion of device dependent code is 24.1%.
    I/O软件可移植性的高低可以从设各无关及相关代码的比例进行衡量,在本实现方案中,设备相关代码仅占代码总量的24.1%,说明该方案具有较好的可移植性。
  30. We also have studied the problems of hardware abstraction, logical device modeling, code implemention, node assembly and other issues in node development.
    同时也研究节点开发中硬件抽象,逻辑设备组件建模、代码实现,节点装配等问题。