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多主总线
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  “多主总线”译为未确定词的双语例句
     The Multibus Interprocessor Protocol (MIP) is analysed which has been implemented in Multi-macrocomputer system based on common memory.
     本文简要地分析了一个在带有共享存贮器的多主总线环境下实现的机间通信协议(以下简称MIP)。
短句来源
     The Multibus Interprocessor Protocol analysed in the text is a communication machanism using message transfer.
     本文所剖析的在多主总线环境下的多机通信协议(以下简称 MIP,即 Multibus InterprocessorProtocol),是在同样的硬件环境下,利用消息传递方式通信的一种机制。
短句来源
     As one kind of serial communication style at the baudrate of up to 1Mbps, CAN bus provides a reliable and high-speed communication service for the on-board calibration and real time monitoring on engine's electronic control system, and conveniently constructs communication network with the other in-vehicle control units.
     作为通信速率高达 1Mbps的多主总线式串行数据通信方式 ,CAN总线为发动机电控系统的在线标定、实时监测提供了快速可靠的通信保障 ,同时可方便地与其它车载控制器构成CAN总线通信网络。
短句来源
  相似匹配句对
     One servant serves many masters What's to be done?
     一仆,奈何?
短句来源
     The application of PPI communication system
     PPI协议的应用
短句来源
     INDUSTRIAL CONTROL COMPUTER SYSTEM WITH THE MULTIPROCESSOR STD BUS
     STD总线工业控制系统
短句来源
     Application of one main and multi servo method of SPI Bus
     SPI总线从方式的应用
短句来源
     Multiple target Tracking
     目标跟踪
短句来源
查询“多主总线”译词为用户自定义的双语例句

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The Multibus Interprocessor Protocol (MIP) is analysed which has been implemented in Multi-macrocomputer system based on common memory. The MIP utili- ties for implementing the protocol are attached to some operating systems as interfa- ces, making the communication between different operating systems transformed to that between same MIP's so as to conveni ence users and improve transparency. Also, since it communicates by means of message transmission, it is widely used and has high re- liability. Finally,...

The Multibus Interprocessor Protocol (MIP) is analysed which has been implemented in Multi-macrocomputer system based on common memory. The MIP utili- ties for implementing the protocol are attached to some operating systems as interfa- ces, making the communication between different operating systems transformed to that between same MIP's so as to conveni ence users and improve transparency. Also, since it communicates by means of message transmission, it is widely used and has high re- liability. Finally, based on the analysis of MIP, a new technique of patition of data construction based on device and channel is presented, which is of significance for improving real-time ability of the Multi-macrocomputer system.

本文简要地分析了一个在带有共享存贮器的多主总线环境下实现的机间通信协议(以下简称MIP)。实现该协议的MIP设施以接口形式附着在一些操作系统之上,使得两个不同操作系统之间通信转变为相同的MIP设施之间的通信。从而方便了用户,提高了透明度;同时,由于它采用了消息传递方式通信,所以它适应范围广,可靠性高。文章最后一部分在分析MIP基础上,提出了一种以设备和通道为依据进行数据结构划分的新技术,它对提高多机系统实时性具有一定的实际意义。

The Multibus Interprocessor Protocol analysed in the text is a communication machanism using message transfer. The protocol over operating system iRMX 86/88 makes data exchanges between operating systems transformed into that between MIP's. MIP, therefore, is an interface communicating between operating systems, which consists of virtual, logical and physical levels. Therefore, in the final part of the text, a new technique of partitioning data construction appears. It is the base of choosing data construction...

The Multibus Interprocessor Protocol analysed in the text is a communication machanism using message transfer. The protocol over operating system iRMX 86/88 makes data exchanges between operating systems transformed into that between MIP's. MIP, therefore, is an interface communicating between operating systems, which consists of virtual, logical and physical levels. Therefore, in the final part of the text, a new technique of partitioning data construction appears. It is the base of choosing data construction and important for real-time system.

本文所剖析的在多主总线环境下的多机通信协议(以下简称 MIP,即 Multibus InterprocessorProtocol),是在同样的硬件环境下,利用消息传递方式通信的一种机制。它适应范围广,可靠性高。该通信协议建立在iRMX 86/88操作系统之上,它使两个独立的操作系统之间的通信,转变为两个MIP之间的通信。因而,MIP实质为两个独立操作系统进行通信的接口。该接口由三级组成,即虚拟级,逻辑级和物理级。本文最后一部分,提出了一种以设备和通道进行数据结构划分的新技术,它是数据结构选用的理论依据,对提高多机通信系统的实时性具有一定的实际意义。

As one kind of serial communication style at the baudrate of up to 1Mbps, CAN bus provides a reliable and high-speed communication service for the on-board calibration and real time monitoring on engine's electronic control system, and conveniently constructs communication network with the other in-vehicle control units. This paper presents the basic structure and protocol of CAN bus communication interface, and the key points of CAN bus communication's realization using the SAE J1939 protocol with the example...

As one kind of serial communication style at the baudrate of up to 1Mbps, CAN bus provides a reliable and high-speed communication service for the on-board calibration and real time monitoring on engine's electronic control system, and conveniently constructs communication network with the other in-vehicle control units. This paper presents the basic structure and protocol of CAN bus communication interface, and the key points of CAN bus communication's realization using the SAE J1939 protocol with the example of MC68376's on-chip CAN controller.

作为通信速率高达 1Mbps的多主总线式串行数据通信方式 ,CAN总线为发动机电控系统的在线标定、实时监测提供了快速可靠的通信保障 ,同时可方便地与其它车载控制器构成CAN总线通信网络。本文介绍了CAN总线通信接口的基本结构和通信协议 ,以MC6 8376在片CAN控制器为例介绍了发动机电控系统采用SAEJ1939通信协议实现CAN总线通信的设计要点

 
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