This paper deals with a hot standby system composed of two identical units, a repairer and a switch.
本文研究由两个相同部件、一个修理工和一个转换开关组成的热贮备系统。
From this point, we can conclude that the realization mechanism of duplicate hot standby system will be related to the overall performance of the whole communication system.
由此可以看出，双机热备份实现机制的优劣便是关系到整个通信系统的整体性能。
The system provides combined ATIS broadcast in either single or main/hot standby configuration.
该系统结合单一或主/热备用配置提供ATIS航站广播。
Also, the system had to run around the clock, so we wanted hot standby, replication, and other availability and fault tolerance features.
同时，系统必须可以24小时不间断运行，因此我们希望它具有热备功能、复制、其他的可用性和容错特性。
The technologies of file synchronization technology, duplicate hot standby technology and dynamic load-balance were applied in this information system requirement.
将改进的文件同步技术、双机热备份技术和动态负载均衡技术应用于信息查询系统当中。
From the system structure and software organization, the application of hot standby PLC technology in the control system of Bac Steel Third Phase Raw Material Yard is also discusses in detail.
从系统结构、软件体系等方面详细论述了宝钢三期原料场控制系统中的PLC热备冗余技术的具体应用。
Medical information system has been running rely on highly available information system infrastructure construction, the traditional hot standby technology can not meet the current actual demand.
医疗信息系统持续运行依赖于高可用的信息系统基础架构，传统的双机热备技术已不能满足当前的实际需求。
To design a hot-standby system, architecture is the first issue to be solved.
双机热备系统设计的首要问题是系统的体系结构。
Then based on the widely used current mirror techniques, we described some basic functions of the dual-hot-standby system, and analyzed the functions and their requirements of it in NC.
接着在当前流行的镜像技术的基础上，描述了双机热备份系统的的基本功能，并分析了NC双机热备份系统的功能和需求。
An electronic speed regulation system with dual ECU hot-standby for diesel engine was designed.
设计了一种柴油机双机热备份电子调速系统。
In the methods of improving system availability, hot-standby system is a usual and effective solution.
在提高系统可用性的方法中，双机热备是一个常见并且有效的实现方法。
This paper describes how to improve reliability by using a way of high availability method:two-node hot-standby redundancy, and two double-node hot-standby system models are given.
本文提出了一种双机容错服务器的解决方案，同时支持双机热备份和互备援两种工作模式， 可以为用户提供不间断的数据服务。
This paper describes how to improve reliability by using a way of high availability method:two-node hot-standby redundancy, and two double-node hot-standby system models are given.
本文提出了一种双机容错服务器的解决方案，同时支持双机热备份和互备援两种工作模式， 可以为用户提供不间断的数据服务。
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