1) redundancy triangle
冗余三角形
2) TMR
三模冗余
1.
Research and Application of ARTiSAN Real-time Studio in the On-board TMR System of CBTC System;
ARTiSAN Real-time Studio在CBTC车载三模冗余系统中的研究与应用
2.
Seamless Reconstruction Method for TMR Computer Based on Micro-package Protocol
基于微包协议的三模冗余容错计算机无缝重构算法
3.
In order to enhance the reliability of the SRAM based FPGAs,we have improved the typical TMR(Triple Module Redundance)technology,and designed a partial reconfiguration method which can be used for more than one reconfigurable areas and can tolerate more than one fault.
针对基于SRAM的FPGA的结构特点,对三模冗余进行了改进,提高了可靠性。
3) three-module redundancy
三模冗余
1.
The development and accomplishment of a fault-tolerant multiprocessor system which adopted token technology based on general three-module redundancy are presented The critical techniques such as bus arbition,synochronize communication and voting mechanism are introduced,which are very valuable in practical application of some real-time control field requiring high speed and reliabilit
在常规的三模冗余机制基础上，引入令牌环技术设计并实现了一种多机容错系统。
4) triple modular redundancy
三模冗余
1.
Research of Synchronization in Triple Modular Redundancy System;
三模冗余系统中的同步研究
2.
This paper presents the implementation of a distributed triple modular redundancy control system including the choice of system CPU,the implementation of system communication network,system synchronization strategy and the design of TMR output voter.
论述一种分布式三模冗余控制系统的实现 ,包括系统CPU的选择、系统通信网络的实现、系统的同步策略以及三模冗余输出表决器的设计等 。
3.
a kind of repairable system model called triple modular redundancy with non-Markov process is presented, and after expounding work principles, soft and hardware structure, and fault-tolerant properties, reliability analysis for life span is made.
提出一种三模冗余非马尔可夫过程可修系统模型,阐述其工作原理,软硬件基本结构及容错系统性能,并进行可靠性分析;然后介绍了在快修情况下系统的工作特点;最后绐出实现该过程的一些关键技术。
5) triple module redundancy
三模冗余
1.
Implementation of Fault - tolerant function is based on the synchronization of three modules in TMR (Triple Module Redundancy)Fault - tolerant server.
对于采用三模冗余技术实现的容错服务器,容错功能的实现是以三个模块间的同步为基础的。
6) triple-modular redundancy
三机冗余
1.
XYZ/E is used to specify and verify the triple-modular redundancy fault-tolerant system.
使用XYZ/E描述和验证三机冗余容错系统。
补充资料：星形－三角形变换
一种简单的电路间等效变换。 以阻抗为参数的3个电路元件的星形连接如图1所示, 三角形连接如图2所示。当这两种连接有相同的外特征时，二者便可等效互换。互换的规则是：将星形连接变换成三角形连接，要求后者的参数与前者的参数之间有如下的关系，即 (1)
反之，将三角形连接变换成星形连接，则需要
(2)
当Z1=Z2=Z3=Z时，式(1)简化为Z12=Z23=Z31=3ZZ12=Z23=Z31=Z 时，式(2)简化为式(1)和式(2)称为两种连接间的互换公式。
反之，将三角形连接变换成星形连接，则需要
(2)
当Z1=Z2=Z3=Z时，式(1)简化为Z12=Z23=Z31=3ZZ12=Z23=Z31=Z 时，式(2)简化为式(1)和式(2)称为两种连接间的互换公式。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条