主机接口

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  • host interface
主机接口主机接口
  1. 嵌入式Linux开发平台的USB主机接口设计

    Design of USB Host Interface on the Embedded Linux Platform

  2. 市域异种机互连IBM主机接口和通信软件系统的研制

    Implementation of Interconnecting of Heterogeneous Computer about IBM Host Interface and Communication Software System

  3. DSP主机接口与ARM的互连设计

    Design of connection between ARM and DSP through HPI

  4. 处理器之间的通信由DSP的主机接口实现。

    Host Port Interface of DSP implements interprocessor communication .

  5. DSP主机接口和PC机并行接口的接口电路的设计

    The Design o f the Interface - DSP 's HPI and PC 's Parallel Port

  6. 基于数字机顶盒的嵌入式USB主机接口设计

    Design of Embedded USB Host Interface Based on Digital Set-Top-Box

  7. 嵌入式USB主机接口在温室环境监控中的应用研究

    Embedded USB host computer interface applied in the greenhouse environment monitoring and controlling system

  8. 数字机顶盒USB主机接口研究

    Research of USB Host Interface on Digital Set-Top-Box

  9. 为了提高调节器的数据通信能力,增加了USB主机接口,极大地方便了用户使用。

    An USB interface has been added to the adjuster to improve its communication ability .

  10. 嵌入式USB主机接口的设计

    Design of the Embedded USB Host Interface

  11. 详细设计了以太网接口模块、基于USB主机接口的无线接入模块;

    The extending USB host controller interface is connected with USB wireless network interface card so as to access wireless network .

  12. 区别仅在于分类DSP小系统使能主机接口,判决DSP小系统禁止主机接口。

    Distinguish only lie in the categorized DSP little system can enable the host interface , while the adjudicate DSP little system disable the host interface .

  13. 如果对驱动程序和应用程序做适当的修改,还可通过USB主机接口实现对USB接口打印机、USB接口扫描仪等外设的控制。

    This technology can also be used to control the USB printer and USB scanner by little modification of driver and data storage application program .

  14. 与主机接口采用了基于工业标准的CPCI总线,它与PCI总线完全兼容但比PCI总线相比有着更高的可靠性。

    Its interface with host is CPCI bus , which is compatible with and more reliable than PCI bus .

  15. 目前,MVB网卡的主机接口要求主机控制器至少可以进行C语言编程,但传统PLC设备不具有这样的能力。

    At present , MVB card requires host controller supporting the C programming language , but the traditional PLC device does not have this ability .

  16. 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。

    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 .

  17. 本文探讨了怎样在多媒体数字机顶盒系统中,增加对嵌入式USB(通用串行总线)主机接口的支持,以及相关的上层应用。

    This paper discussed on how to design and implement embedded USB host interface in digital Set-Top-Box , and also how to use it in digital TV field .

  18. 在主机接口设计方面,设计的LCD控制器能够匹配各种常用接口,增加了用户主机选择的灵活性和便捷性。

    In the host interface , the design of the LCD controller can match the variety of commonly used interface , increased user flexibility in host choice .

  19. 根据嵌入式系统的特点,将USB接口技术与嵌入式系统相结合,给出了基于嵌入式系统的USB主机接口的具体解决方案,并给出了其中的关键技术的详细介绍。

    According to the features of the embedded system , this paper proposes the design and implementation of combining USB Master Interface with embedded system , and then it explains the key technology in detail .

  20. 为了满足温室环境监控中大量信息存储的需要,研究了基于嵌入式USB主机接口的数据存储技术。

    In this paper , the data memory technology of embedded USB host computer interface was described , which can meet the demand that a large amount of information stores in the greenhouse environment monitoring and controlling system .

  21. 数据可能会来自多处(/proc主机接口、libvirtAPI、virtio串口或与客户的网络连接)。

    Data can come from multiple sources ( the host / proc interface , the libvirt API , virtio-serial , or a network connection to the guest ) .

  22. Adsp-21060的主机接口在实时图像处理中的应用

    Application of Adsp-21060 Host Interface on Real-Time Image Processing

  23. 增强型主机接口(HPI)的原理及应用VC5402DSP的主机接口(HPI)与PC机在增强并行口(EPP)模式下的通信;

    The Principle and Application of Enhanced 8-bit Host Port Interface ( HPI-8 ) Then a method of parallel communication between DSP and PC in EPP mode is given .

  24. 研究了如何在流媒体高清晰度电视中实现USB主机接口,介绍了系统的硬件架构,探讨了系统的软件体系及USB协议栈的实现,经测试,完全可达到要求。

    Focusing on the realization of the interface of USB host in Stream Media HDTV system , this paper introduces the architecture of the system hardware and gives an account of the software system as well as the realization of USB protocol stack .

  25. 详细研究了DSP的基本电路尤其是DSP芯片的HPI接口特性,包括DSP芯片复位后利用HPI主机接口从主机下载程序,主机通过HPI接口读取DSP芯片的整个数据空间等方法;

    This thesis will expatiate the DSP base circle in detail , especially the HPI interface characteristic , including loading program form host computer with HPI interface after DSP reset and the way of reading the whole data space of DSP for host computer .

  26. 该硬件系统充分利用了DSP所提供的主机接口HPI和内存资源,巧妙地实现了共享存储器方式的并行结构,整个系统结构简洁,编程方便、灵活,可扩展性强。

    This hardware system has fully utilized interface HPI of host computer and memory resource that DSP offers , realizes parallel structure of share memorizer mode skillfully , the whole system structure is succinct , the programming is convenient and flexible , the expanding can be strong .

  27. 存储区域网络基于主机接口卡的负载均衡

    Load Balancing Based on Host Bus Adapters for Storage Area Networks

  28. 基于光纤通道的高速数据传输系统主机接口设计

    Host Interface Design of High-Speed Data Transmission System Based on Fibre Channel

  29. 一种集成式磁盘阵列主机接口技术的研究

    A Study of HOST Interface Technology of the Integrated Disk Array System

  30. 它应该只在本地主机接口上接受连接。

    It should accept connections only on the localhost interface .