硬件层的英文

• hardware layer

• "硬件"英文翻译    hardware
• "层"英文翻译    I storey; tier; stratum
• "硬件" 英文翻译 :    hardware 计算机硬件 computer hardware
• "构件层次" 英文翻译 :    widget hierarchy
• "事件层理" 英文翻译 :    event stratification
• "初始条件层次" 英文翻译 :    initial condition hierarchy
• "多媒体软件层" 英文翻译 :    msl multimedia software layers
• "多媒体软件层级" 英文翻译 :    multimedia software layers
• "接口 (硬件)" 英文翻译 :    interfacing (electronics)
• "软硬件" 英文翻译 :    software and hardware; softwareandhardware
• "五金，硬件" 英文翻译 :    hardware
• "硬件版" 英文翻译 :    hardware area
• "硬件部" 英文翻译 :    hardware subdivision
• "硬件级" 英文翻译 :    hardware level
• "硬件区" 英文翻译 :    hardware zone
• "硬件栈" 英文翻译 :    hardware stack
• "栈硬件" 英文翻译 :    stack hardware
• "现成硬件，流行硬件，畅销硬件" 英文翻译 :    off-the-shelf hardware
• "专用硬件, 特殊硬件" 英文翻译 :    special hardware
• "hardware硬件信息" 英文翻译 :    hardware information
• "安全硬件" 英文翻译 :    safety hardware
• "背负式硬件" 英文翻译 :    piggyback hardware
• "背上硬件" 英文翻译 :    piggyback hardware
• "倍精度硬件" 英文翻译 :    double-precision hardware
• "变换硬件" 英文翻译 :    mapping hardware

• The theory of layered architecture , which is hardware layer , independent layer of hardware , application layer is implemented in the module
  每个模块实现贯穿了分层体系思想，大体按照硬件层、硬件无关层、应用层实现。
• Expatiated on the basic data interchange theory in the hardware layer , it gives the theory foundation to construct data interchange system within the enterprise or among the enterprises in the future
  阐述了在硬件层上进行数据交换的基本原理，为将来在企业内部或企业之间构造数据交换系统打下坚实的理论基础。
• This thesis proposes a new architecture of fadec system , which is comprised of hardware layer based on similarity redundancy technique and software layer based on dissimilarity redundancy technique
  本文在fadec系统的设计中提出硬件层基于相似余度技术，软件层基于非相似余度技术，从而构成了一种全新的系统结构。
• Sub - capacity pricing is another challenge that software companies must address with the new ability for hardware vendors to offer both static and dynamic partitioning at the hardware layer - thereby creating virtual servers
  面对硬件供应商同时提供硬件层静态和动态分区，从而创建虚拟服务器的新能力，随需添加计价是软件公司必须解决的挑战。
• Intermediate level administration lpic - 2 exam 202 . in this tutorial , you learn how to configure a basic tcp ip network , from the hardware layer usually ethernet , modem , isdn , or 802 . 11 through the routing of network addresses
  在本教程中， david mertz将向您介绍如何配置基本的tcp / ip网络，内容从硬件层（通常是以太网、 modem 、 isdn或802 . 11 ）到网络地址的路由。
• Bsp supplies the simple interface to operate the peripheral chips conveniently . thus , real - time operating system ( rtos ) can start up from the various hardware successfully and response to the asynchronous event opportunely . on the other hand , rsp implements the encapsulation to rtos and brings up the process model according to the running character of the business layer , realizes the secondary process schedule inside task
  一方面,支撑子系统bsp层(板级支撑包)的设计实现了对硬件层的封装,这包括对cpu ( mpc8241 )的封装和对外部芯片(串口、网口等)的封装,通过这层封装使得实时操作系统能够成功启动,及时响应异步事件,实现了硬件的基本功能,并且为上层提供了简单易用的操作芯片的接口,隔离了软件对硬件功能要求所必需的具体细节。
• This text introduced the work patterns and register structure of 80386 processors in detail at first , latterly expounded especially the hardware interrupt handling of windows 98 with the course to the kernel of windows 98 ; then recommended the framework of realization of highly demanding hardware board interrupt handling by revising idt to intercept interrupt handling at hardware layer , subsequently introduced the application and development of vxd technology to achieve interrupt handling overall all situations under the windows 98 platform ; finally introduced the b / s pattern network application development part of this topic , specifically introduced the jsp technology system , elaborated the communication between network application part and the hardware interrupt handling routine combined with the jni technology , and provided partial important program and corresponding commentary
  本文首先详细介绍了80386处理器的工作模式和寄存器结构,接着对windows98的内核进行了相关分析,重点介绍了windows98的硬件中断处理过程;随后介绍了通过修改中断向量表以实现在硬件层截获中断来实现高实时性处理的框架,又介绍了windows98下虚拟设备驱动vxd技术的应用与开发,以及中断全局处理的实现;最后介绍本课题的b / s模式网络应用开发部分,具体介绍了jsp技术体系,并结合jni技术阐述了网络应用与硬件中断处理程序的通信,并给出部分关键程序及其注释。
• So , in the design of highly reliable fadec system , it is greatly necessary to enhance research & development of fault - tolerant software system . in this paper , software technique applied to highly reliable fadec system is studied . the fadec system consists of hardware layer based on similarity redundancy technique and software layer based on dissimilarity redundancy technique
  面对目前国内关于航空发动机高可靠性fadec软件系统研究工作相对滞后的现状，本文针对硬件层基于相似余度技术，软件层基于非相似余度技术构成高可靠性fadec系统的相关软件技术进行了研究。
• The main job in this paper is to ‘ transplant ’ rtos to the target equipment whose kernel cpu is mpc860 . first , the board support package is designed , which includes some definition and initialization function . the purpose of bsp design is to connect hardware and wind kernel
  首先对板级支持包bsp进行了设计，包括一些板级相关的定义和一些初始化函数， bsp设计的最终目的是连接硬件层和wind内核；其次对外围的网络驱动进行了设计和编写，主要针对的是10m / 100m自适应的fec网络驱动，并对驱动程序进行了检验，结果表明其可以有效的进行工作。