硬件冗余

因此，拥有硬件冗余变得至关重要，而且WebsphereMQ和WebsphereMessageBroker组件应位于单独的服务器上。

Therefore it is important to have hardware redundancy , with WebSphere MQ and WebSphere Message Broker components on separate servers .

FT－HIT是自行研制的3模冗余（TMR）航天容错计算机系统，系统通过硬件冗余和主要由软件实现容错的冗余管理模式实现系统的容错性能。

FT-HIT is an aerospace TMR fault tolerant computer system which uses the technique of hardware redundancy and software implemented fault tolerance .

针对航空发动机工作环境的复杂性与其高可靠性要求，利用软件和硬件冗余的方法，提出了一种由DSP和双口RAM构成的基于CAN总线的双余度智能位置控制器。

For the complex conditions of the gas-turbine and its high requirements of reliability , a dual-redundancy smart position controller was proposed using hardware and software redundancy .

已有的缓解SEU的方法大多基于时间或硬件冗余，或两者相结合的方式。

Most of existing methods mitigating SEU are based on time or hardware redundancy , or combine both of them .

对硬件冗余技术的研究已经很成熟了，这里主要是针对实时系统的软件冗余技术做出一些初步的探讨。软件冗余策略有两种：N版本软件冗余策略和恢复块策略。

The study for hardware redundancy technology is already very mature . This paper makes some preliminary discussion mainly directed the software redundancy technology for real-time system . There are two software redundancy strategies : N versions software redundancy strategy and recovery block strategy .

介绍了计算机容错设计所采用的硬件冗余、信息冗余和时间冗余技术，着重分析了RAID技术和纠错码技术；

Then the redundancy techniques used for designing fault-tolerant computers are presented , which include hardware redundancy , information redundancy and time redundancy . Especially , the RAID and error correcting code technology are analyzed in detail .

把传感器硬件冗余技术、BP网络以及串并联Elman递归神经网络结合起来，提出了一种新方法用于构造具有传感器故障检测、分离且具有冗余能力的智能传感器系统。

Combining the hardware redundant technology with BP neural network and Elman recurrent neural network , the paper presents a new method for constructing an intelligent sensor system with abilities of sensor fault detection , fault isolation and redundancy .

通过对HSE协议的分析，针对HSE的冗余机制进行了深入研究，在对HSE设备冗余分析的基础上，从软件冗余、硬件冗余和网格冗余3个方面给出了HSE提高可靠性的主要方法和手段。

Through analyzing the HSE specification , researched deeply into the HSE redundancy mechanism . So the main ways of increasing reliability of HSE were given from software , hardware and network redundancy via analyzing the equipment redundancy .

为此，提出了一种采用硬件冗余的技术来破坏原来的功耗曲线达到安全防护的目的，试验证明该措施可以对ECC的差分功耗分析技术进行安全防护。

A new method of using redundant hardware technology is proposed to destroy the original Power curve base on the former researchers , which can achieve the purpose of security defence . It is proved by the experiments the measure can resist the difference power analysis attack .

容错计算机联锁系统是使用容错计算机构成的车站计算机联锁系统，其基本思想是：通过TMR的硬件冗余方式，实现系统的高可靠性和高安全性。

: The interlocking system of railway station using fault - tolerance computers is referred to as an interlocking system based on fault - tolerance computer . It can provide high reliability and safety by utilizing TMR ( three module redundancy ) hardware subsystems .

FSC是一种应用于工业过程的安全故障控制系统通过FLD功能逻辑图软件可编程，硬件冗余可靠。

The Fail Safe Control ( FSC ) system is a safety system applied in the process industries . The FSC system is software programmable by means of Functional Logic Diagrams ( FLDs ) and its hardware can be redundant for reliability .

探讨微机保护软硬件冗余设计的必要性

Necessity of software and hardware redundancy design for microprocessor based protection

企业的冗余资源及其有限理性来源观冗余技术分为硬件冗余和软件冗余。

Redundancy technique was divided into hardware redundancy and software redundancy .

基于硬件冗余容错控制的换向阀改进设计

Improved Design of Reversing Valve Based on Hardware Redundancy Fault-tolerant Control

这样的配置需要高度的硬件冗余。

Such a configuration requires a high degree of hardware redundancy .

由于鱼雷一类武器系统的特殊性，不允许在系统中过多地运用硬件冗余技术。

Due to the uniqueness of the torpedo , system does not allow use of hardware redundancy .

工程师可以根据传感器各通道硬件冗余度的大小进行传感器的硬件冗余设计。

Engineers can design the sensor hardware redundancy according to the hardware redundancy rate of each sensor channel .

并根据本课题所设计的高速串行口软硬件冗余的特点，开发出显示板和采集板之间的通信软件。

According to the characteristic of the redundant high-speed serial interface , the thesis designed the communication software .

本文讨论了实现硬件冗余、软件冗余、信息冗余和时间冗余的各种方法。

Various methods of realizing hardware redundancy , software redundancy , imformation redundancy and time redundancy are discussed .

考虑执行器的增益误差模型，提出了执行器增益误差的容忍区间，容忍因子和硬件冗余度的概念。

Concepts of tolerate interval , tolerate factor of actuator gain error and hardware redundancy rate are presented .

该系统采用动态冗余结构，通过软件方法实现硬件冗余系统待命状态与投入运行状态的自动切换。

This system adopts dynamic redundancy structure , using software to switch hardware redundancy system waiting and in function .

从硬件冗余和软件冗余两个方面进行了分析，分别归纳出基于硬件和软件的冗余方法。

Analyzed reliability from hardware redundancy and software redundancy and induced the redundant way based on hardware and software redundancy .

硬件冗余寻址：硬件冗余包括冗余路由器、服务器、磁盘和电源供应。

Addressing hardware redundancy : Hardware redundancy includes items such as redundant routers , servers , disks , and power supplies .

容错技术常采用冗余的方式：硬件冗余、软件冗余、时间冗余和信息冗余。

Generally there are three kinds of resource redundancy in Fault-tolerance that are hardware redundancy , software redundancy , time redundancy and information redundancy .

现代的控制方案，则主张用冗余技术（包括软件冗余和硬件冗余）来提高控制系统可靠性。

In modern control scheme , redun - dant technique ( including software and hardware ) is applied to improve the reliability of control system .

本文提出软件容错技术和硬件冗余技术相结合，大大提高了控制系统的可靠性和安全性。

In industry control system , it can greatly improves the reliability and safety of the system when using the software tolerance and hardware techniques together .

介绍了三种硬件冗余技术：并联系统、备用系统和表决系统，并分析了它们的可靠性指标。

First , the paper introduces the hardware redundancy techniques which include parallel connection technique , spare technique and voting technique and analyzes their reliability indexes .

在设计控制系统中，采用了硬件冗余和软件容错技术，使得整个系统的可靠性大大增强。

In designing the control system , the hardware redundance and the software tolerance technology are adopted . It greatly enhances the reliability of the control system .

使用多台低端机组成集群，依靠软硬件冗余的方式是经济而易行的方法。

Manager several low level computers as a cluster and provide redundance of hardware and software to avoid server failure is a easier and more cheaper way .

当卫星速率积分陀螺的配置冗余度不满足一致性检验条件时，不能单纯利用硬件冗余实现陀螺的故障定位。

When the redundancy of the gyroscopes can not meet the condition of consistency check , fault isolation of the gyroscopes can not be realized only by hardware redundancy .