mvb

网络  多功能车辆总线; 车辆总线; 多功能车厢总线; 多泡体; 弗朗斯维尔

医学



双语例句

  1. However, the major problem of the MVB is that it lacks robustness when there are unknown array steering vector errors.
    然而,MVB算法的主要问题在于不具有鲁棒性,不能克服未知导向矢量误差的影响。
  2. Design and Implementation of MVB Protocol Analyzer
    MVB总线协议分析仪的设计与实现
  3. Design of encoder for MVB network based on verilog HDL
    基于Veriloghdl的多功能车辆总线编码器设计
  4. The conventional minimum variance beamformer ( MVB) is known to have better resolution and much better anti-interference capability when the array steering vector is accurately known.
    在阵列导向矢量不存在误差的条件下,传统的最小方差波束形成器(MVB)具有良好的分辨精度和抗干扰能力。
  5. The Optimization Method of the MVB Period Polling Table
    多功能车辆总线周期扫描表的最优化设计
  6. This paper introduces two buses of train communication network: the wire train bus ( WTB) and the multifunction vehicle bus ( MVB), analyzes two layers topo.
    介绍了列车通信网络的两条总线,即绞线式列车总线(WTB)和多功能车辆总线(MVB),并分析了两层网络拓扑结构。
  7. Research and Development of VCU Soft Redundancy Function Based on MVB Communication
    基于MVB通信的VCU软冗余功能研究与开发
  8. Research and Design of Bus Analysis Controller for Multifunction Vehicle Bus Based on FPGA
    基于FPGA的MVB总线分析控制器研究设计
  9. The Application of Multi-Interface MVB Netcard on Locomotive Status Monitoring and Fault Diagnosis System
    多功能接口MVB网卡在机车状态监测与故障诊断系统的应用
  10. The application of MVB must meet the request of real-time data transfer by rail vehicles.
    采用MVB必须满足轨道车辆对数据传输提出的实时性要求。
  11. In this essay, design and realization of Class 4 MVB device controller are discussed.
    本文主要论述了MVB四类设备控制器研究的设计与实现。
  12. This paper introduces a protocol converter, which complete the protocol conversion between MVB Bus and CAN Bus, additionally including its functional principle, hardware block and software design.
    本文介绍了一种协议转换器,它主要完成MVB和CAN现场总线之间的协议转换。文中还包括了它的设计思路,硬件框图和软件设计。
  13. The purpose of this paper is to design Class 1 MVB Controller with FPGA.
    本设计的目的就是采用FPGA替代MVB1类设备控制器。
  14. It is detailed the hardware principle and software programming method of the MVB bus adaptor with USB interface.
    详细介绍了具有USB接口的MVB总线适配器的硬件原理及软件编程方法。
  15. MVB connected the programmable equipments in railway vehicle, and WTB connected the vehicles, then TCN is established.
    MVB通信网络将车辆内的各个可编程设备连接起来,而WTB则将列车的各个车辆连在一起,构成整个TCN。
  16. The Research and Implementation of MVB Real Time Protocol and Network Management
    MVB实时协议和网络管理的研究与实现
  17. Then in chapter II and III conducted in-depth study of the communication mechanism.
    随后在第二章和第三章针对研究对象TCN及MVB的通信机制进行了深入研究,为MVBC的设计实现做了铺垫。
  18. The Protocol Converter Between the MVB Bus and the CAN Bus
    MVB与CAN总线协议转换的研究与实现
  19. The design of MVB controller.
    MVB控制器的设计。
  20. Research of channel characteristics of MVB transmission medium.
    MVB传输介质信道特性的研究。
  21. The reliability of MVB communication depends on its data error control by the analysis.
    通过分析可知MVB通信的可靠性取决于其数据差错控制能力。
  22. The MVB is a standard communication medium to transport and exchange data among attached devices.
    MVB是一个标准通信介质,为挂在其上的设备传输和交换数据。
  23. Implementation and conformance testing of the MVB.
    MVB总线的实现与一致性测试。
  24. Firstly, the status of train communication network is analyzed, and MVB and Modbus protocol are studied in depth. Then overall design is given on the basis of summing up the PLC equipment application characteristics.
    论文首先分析了列车通信网络的现状,对多功能车辆总线和Modbus协议进行了深入的研究,在总结PLC设备应用特点的基础上,给出了整体设计方案。
  25. Firstly this article analyzes the technical characteristic and development trend of train control network according to the train control network applications, introduces the communication principle of train communication network based on the TCN standard, especially MVB.
    本文首先从列车控制网络的应用现状出发,分析了列车控制网络的技术特点及发展趋势;介绍了基于TCN标准的列车通信网络的通信原理和构成,特别是多功能车辆总线。
  26. The diagnosis system studied in article uses the MVB controller to communicate with train network.
    本文研究的诊断系统利用MVB总线控制器来实现与列车网络的通信。
  27. The design of MVB manager.
    MVB管理器的设计。
  28. We has completed functional test of the CPU module, MVB module and WTB module. The gateway completed the protocol conversion, to achieve a full exchange of information on the train.
    列车通信网网关的开发已经完成,并且对CPU模块、MVB模块和WTB模块逐项进行了功能测试,网关完成了WTB与MVB协议的转换,实现了全列车的信息交换。