hardware redundancy的例句大全

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

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。

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.

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；

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

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。

Necessity of software and hardware redundancy design for microprocessor based protection

探讨微机保护软硬件冗余设计的必要性

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

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.

In addition, an untied kalman filter fault-tolerant structure has also been completed basing on hardware redundancy.

除此之外,还在硬件冗余的基础上, 设计了联合卡尔曼滤波器 容错 结构.

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

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。

Plan out every possible hardware failure and look for ways to maximize redundancy.

应该考虑可能出现的所有硬件故障并寻找提高冗余度的方法。

Cylic Redundancy Based on Read-only Memory Hardware

基于只读存储器硬件产生循环冗余校验码

To make a long story short, redundancy in systems design is a common technique to increase availability at the cost of additional hardware ( and software).

简言之，在系统设计中冗余是提高可用性一个常用技术，代价是增加额外硬件（和软件）。

How to build a high available digital video recording system with available redundancy technology and hardware resources becomes a hot topic of the safety-security area.

如何用现有嵌入式技术和硬件设备设计一个高可用的数字视频监控系统，成为了目前安防领域的热门话题。

in respect of the hardware, its fault-tolerance function is realized by the active/ standby redundancy mechanism with the critical data and parameters in warm standby, while for software, the over-all architecture for ha and the status mechanism for switchover are advanced.

在硬件部分，以主备方式的硬件冗余机制来实现硬件容错功能，关键数据及参数的备份均采用温备份方式。在软件部分，提出了实现HA的整体架构以及实现倒换的状态机制。

a design method based on evolvable hardware is proposed for n-modular redundancy fault-tolerant system with different structures.

提出了一种基于演化硬件的N模异构冗余容错系统设计方法。

After that, TMR systems based on hardware and software synchronization are introduced, and the task synchronization approach applied in this dissertation is discussed by using computer-based interlocking with software redundancy, as the solution under research.

接下来介绍了基于硬件和软件同步的三模冗余系统，并以采用软件冗余的计算机联锁为研究的对象讨论本文采用的任务同步方式。