warm standby

reliability of repairable system is very important in the research of reliability. the voting system, warm standby system and the parallel system are used much more in practical engineering.

可修系统的可靠性分析是可靠性研究中重要的内容之一，在可修模型中，表决系统、温贮备系统及并联系统在实际工程中都有广泛的应用。

multi-unit repairable system with warm standby units is a typical system in reliability theory. this system widely uses in many fields such as power systems, aviation systems and industrial systems.

具有多个工作部件和温贮备部件的可修系统是可靠性理论中的一类典型系统，在电力系统、航空系统和工业系统中有着广泛的应用背景。

reliability analysis of a repairable system with multiple warm standby units and a repairman's n-policy vacation

修理工N-策略休假的带有温贮备的可修系统的可靠性分析

when a single server is acting as a warm standby for multiple production servers, you only have to license the warm standby server once ( as of db28.2).

在单一服务器充当多生产服务器的暖备份时，您只需授权暖备份服务器一次（从DB28.2开始）。

reliability analysis of two different components warm standby repairable system with continuous switch lifetime

2个不同部件组成的开关寿命连续型温贮备可修系统的可靠性分析

cost-benefit analysis of a two-unit warm standby system with imperfect switching device

开关性能不稳定的两单元温储备系统的效益分析

this paper deals with the cost-benefit analysis of a single server, two-unit warm standby system with imperfect switching device.

对配备一名维修人员且开关性能不稳定的两单元温储备系统进行了效益分析。

the warm standby server must be renamed to use the same name as the primary server.

必须重命名备用服务器，以使用与主服务器同样的名称。

by using strongly continuous semigroups of operators theory, the existence and uniqueness of a dynamic nonnegative solution for a parallel repairable system with warm standby and common cause failures is proved.

用Co&半群理论证明了具有共因故障的温贮备并联可修系统动态非负解的存在唯一性。

rely on log shipping to maintain a warm standby server.

依靠日志传送来维持热待机服务器。

the classic example is a disaster recovery test, which involves failing over to a warm standby system, testing the applications, and then failing back to the primary systems.

典型示例是灾难恢复测试，其中涉及故障转移到热备用系统、测试应用程序，然后退回到主系统。

The two-unit cold standby system and the two-unit warm standby system are discussed.

本文讨论两元件冷储备系统和热储备系统.

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。

reliability analysis of warm standby redundant repairable system with two different types components

两不同型部件温贮备可修系统的可靠性分析

the analysis of repairable, warm standby, human& machine system with two identical units

两相同部件温贮备可修的人机系统解的性质分析

reliability of warm standby repairable system under two kinds of switch modes

温储备可修系统在两种开关模式下的可靠性

analysis of the reliability of warm standby system with continuous switch lifetime

开关寿命连续型3部件温贮备系统可靠性分析

this paper presents the asymptotic stability of a two identical unit parallel system with a warm standby subject to common-cause failures.

讨论了具有热储备和两个独立相同部件的平行系统在由常规错误引起失效下的渐进稳定性。