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fault recovery time
相关语句
  故障恢复时间
     Some parameters, such as fault recovery time, packet loss or resource consumption, all within the scope of this quality of protection, are considered.
     不但考虑了一些参数,比如故障恢复时间,包丢失或者资源消耗并且还对其进行了分析。
短句来源
     The fault processing time is divided into six parts:judgment time of permanent fault,substation fault information collection time,substation fault locating time,main station processing time and main station fault recovery time.
     将故障处理时间划分为永久性故障判别时间、子站故障信息收集时间、子站故障定位时间、子站执行故障隔离时间、主站处理时间、主站执行故障恢复时间
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  “fault recovery time”译为未确定词的双语例句
     This paper will make FTBus an object to be tested ,which is an implementation of fault tolerant CORBA Spec ification 1.0. It implements benchmark testing on FTBus. The test metrics include performance loss , fault detecting time, fault recovery time and stability regaining time. It also analyzes the test results.
     本文以容错CORBA规范1.0的实现FTBus为测试对象,实现了对FTBus的Benchmark测试,测试指标包括性能损失、失效检测时间、失效恢复时间和重获稳定性时间等,并对测试结果进行了分析。
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  fault recovery time
The overall control system operates the given control job with 1ms control period and 4ms monitoring period, and 3 msec fault recovery time.
      


This paper will make FTBus an object to be tested ,which is an implementation of fault tolerant CORBA Spec ification 1.0. It implements benchmark testing on FTBus. The test metrics include performance loss , fault detecting time, fault recovery time and stability regaining time. It also analyzes the test results.

本文以容错CORBA规范1.0的实现FTBus为测试对象,实现了对FTBus的Benchmark测试,测试指标包括性能损失、失效检测时间、失效恢复时间和重获稳定性时间等,并对测试结果进行了分析。

Current configuration of distribution automation system and its feeder automation technology are analyzed.The technical rules to implement feeder automation are demonstrated.The fault diagnosis flow consists of the fault detection with distribution terminal as basis,the area control with distribution substation as control center and the global control with main station as the management center.The identification strategies for inter-phase short circuit fault and single-phase grounding fault are provided.The...

Current configuration of distribution automation system and its feeder automation technology are analyzed.The technical rules to implement feeder automation are demonstrated.The fault diagnosis flow consists of the fault detection with distribution terminal as basis,the area control with distribution substation as control center and the global control with main station as the management center.The identification strategies for inter-phase short circuit fault and single-phase grounding fault are provided.The fault-processing course of feeder automation is expounded,including FTU(Feeder Terminal Unit) / DTU(Distribution Terminal Unit),distribution substation,main station and overhead lines.The fault processing time is divided into six parts:judgment time of permanent fault,substation fault information collection time,substation fault locating time,main station processing time and main station fault recovery time.The development trend of distribution automation is described as well.

分析了现阶段配电网自动化系统结构及配电网馈线自动化技术。说明了实施馈线自动化的技术原则,将故障诊断流程归纳为以配电终端为基础的故障检测、以配电网子站为中心的区域控制和以主站为管理中心的高层全局控制,并提供了线路相间短路及单相接地故障的识别策略。阐述了馈线自动化处理过程,包括馈线终端装置(FTU)/开闭所终端装置(DTU)、配电网子站、主站以及架空线路的故障处理。将故障处理时间划分为永久性故障判别时间、子站故障信息收集时间、子站故障定位时间、子站执行故障隔离时间、主站处理时间、主站执行故障恢复时间。最后描述了配电网自动化的发展方向。

To analyze base operational unit(BOU) corrective maintenance stratagem and accurately calculate fault recovery time,BOU corrective maintenance process simulation models among depots was set up,the models in depot was also set up according to system engineering modeling ideology,BOU corrective maintenance activities was described.Accumulate maintenance rate(AMR),maintenance mode rate(MMR) and remove rate(RR) parameters were presented.Measurement methods based on the parameters were given via to which BOU...

To analyze base operational unit(BOU) corrective maintenance stratagem and accurately calculate fault recovery time,BOU corrective maintenance process simulation models among depots was set up,the models in depot was also set up according to system engineering modeling ideology,BOU corrective maintenance activities was described.Accumulate maintenance rate(AMR),maintenance mode rate(MMR) and remove rate(RR) parameters were presented.Measurement methods based on the parameters were given via to which BOU corrective maintenance process was quantitatively analyzed.The simulation algorithm was made out according to Monte Carlo simulation method.Theory and technology means were offered to equipment designer in the supportability design and analysis working areas.The corrective maintenance concept(CMC) was validated in an airplane individual unit example making use of simulation tests.The effects to support resource and maintenance time was analyzed with the bettered CMC.

为分析评价基本作战单元修复性维修保障方案,准确计算故障修复时间,根据系统工程建模思想,建立了基本作战单元站点间、站点内修复性维修过程仿真模型,对其修复性维修活动进行了详细描述,提出了累积维修比、维修模式比和拆卸率因子参数,为基本作战单元修复性维修过程的定量分析提供了度量方法,并根据Monte Carlo仿真原理给出仿真算法,为型号工作人员进行保障性设计分析提供了理论方法和技术手段,最后以某型飞机组成的基本作战单元为例,对其修复性维修保障方案进行仿真试验验证,分析了修复性维修过程的改进对保障资源和维修时间的影响.

 
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