| 1. | The application of double plc hot standby technology
完全热备技术在工程中的应用 |
| 2. | Supporting double - machine hot standby , high usability
支持双机热备、高可用性 |
| 3. | Database mirroring creates a hot standby server for a database
Microsoft支持策略不适用于sql server 2005的数据库镜像功能。 |
| 4. | Database mirroring maintains a standby server that acts as either a hot standby server
数据库镜像是通过维护一个“热备用服务器” |
| 5. | This configuration involves a third server instance , known as a witness , which enables the mirror server to act as a hot standby server
备用配置仅用于同步操作，它涉及第三个服务器实例（称为见证服务器） 。 |
| 6. | Database mirroring enables the creation of hot standby servers providing rapid failover support with no loss of data from committed transactions
可以使用数据库镜像创建热备用服务器，从而在已提交的事务不丢失数据的情况下提供快速故障转移。 |
| 7. | Database mirroring enables the creation of hot standby servers that provide rapid failover support with no loss of data from committed transactions
可以使用数据库镜像创建热备用服务器，从而在已提交的事务不丢失数据的情况下提供快速故障转移。 |
| 8. | With a hot standby server , after a production server fails , the standby server becomes the production server . client applications can then recover quickly by reconnecting to the new production server
在一般的镜像会话期间，如果生产服务器出现故障，客户端应用程序可以通过重新连接到备用服务器来快速进行恢复。 |
| 9. | Database mirroring in sql server 2005 increases database availability by allowing you to maintain a hot standby server that contains a copy , or mirror database , of the production database , called the
Sql server 2005中的数据库镜像通过允许维护热备用服务器（其中包含称为主体数据库的生产数据库的副本或镜像数据库） ，可以提高数据库的可用性。 |
| 10. | We investigated the architectures of three typical computer fault - tolerant systems such as triple modular admixture redundancy system , buildup dual computer comparing system and dual computer comparing system with hot standby , and descript them with the markov model . the reliability and safety model of these fault - tolerant systems are acquired through theoretical analyzing and calculating . with analyzing , we defined the systems " task interval available time section in reason , compared their reliability and safety and evaluated their reliabilities
具体针对三模混合冗余、增强型双机比较及带热备份的双机比较三种典型体系结构的计算机容错系统进行了研究，统一用马尔可夫模型进行描述，通过理论分析和计算，获得各体系结构容错系统的可靠度与安全度的数学模型；通过分析，合理定义了系统的任务工作期区间，并在此区间上比较分析了各体系结构容错系统的可靠度与安全度情况，从而对各系统的可靠性指标进行了评价；根据上述三种系统的数学模型，在考虑系统故障覆盖率与维修率两个参数对系统可靠度与安全度影响的情况下，用matlab语言编制了计算机仿真程序。 |
