RSet
- 网络电阻器;疏散时间;复位;外部电阻;单个外部电阻
![RSet](../cache/639180.jpg)
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A WPAR can also use a rset already defined for another WPAR .
一个WPAR可以使用已经与另一个WPAR相关联的资源集。
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A resource set ( rset ) is used to define a subset of processors in a system .
资源集(rset)用来定义系统上处理器的子集。
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To create an exclusive rset , run
使用以下命令创建排他的资源集
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Currently , an exclusive rset can be associated to more than one WPAR , although it might change in the future .
当前,排他的资源集可以与多个WPAR相关联,但是这一点以后可能会改变。
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In the previous rset examples , you observed that the CPU usage was maxed out .
在前面的资源集示例中,可以看到CPU使用量达到最高水平。
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The theory of performance-based fire prevention and design in building was applied to analyze and summarize the calculation methods about RSET & ASET respectively .
运用性能化建筑防火分析与设计的理论,分别对可用疏散时间和所需疏散时间的计算方法进行了分析和总结。
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The percentage of CPU utilization of the rset / logical cpu is reported by the mpstat command .
mpstat命令报告资源集/逻辑CPU的CPU利用率百分比。
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When a CPU limit is applied to a rset , the limit would apply to the total total available CPU resources in that rset .
如果对资源集应用CPU限制,那么这一限制会应用于此资源集中的可用CPU资源总量。
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Now bring WPAR " def " under resource control , under the same rset as the other WPAR .
现在,为WPAR“def”启用资源控制,使用与另一个WPAR相同的资源集。
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It is also possible to combine CPU limits ( shares or percentage based ) to a rset to limit the CPU usage in a rset .
也可以结合使用CPU限制(基于份额或基于百分比)和资源集,从而限制资源集中的CPU使用量。
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The following command binds all the processes of WPAR " abc " with the rset sys / cpu.00001 .
下面的命令把WPAR“abc”的所有进程与资源集sys/cpu.00001关联起来。
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To meet the needs of rset and sleep for patients . Method 84 cases patients in bone department were selected and analyzed the sleep status and insomnia , the nursing measure was put forward , practice and evaluated .
方法对84名骨科住院病人睡眠状况及失眠的相关因素分析的基础上,提出了相应的护理措施,并进行效果评价。
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The uncertain parameters associated ASET and RSET are discussed . These uncertain parameters are described by probability distributions . The uncertainties of ASET and RSET were also investigated by MonteCarlo simulation technique .
阐述了ASET和RSET计算有关的参数不确定性,采用概率手段描述不确定参数,通过MonteCarlo抽样模拟技术分别对ASET和RSET的不确定性进行研究。
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Based on fire dynamics , the time prediction models associated with ASET and RSET are constructed : prediction model of the time at which hot smoke layer reach critical height ( i.e. ASET ) and prediction model of detection time .
依据火灾动力学理论,建立了ASET和RSET有关的时间预测模型:烟气层高度到达临界高度时间预测模型(即ASET)、探测时间预测模型。
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According to the regulations of personnel evacuation time in the Code for design of metro ( GB50157-2003 ) to analyze the calculation methods about Available Safe Evacuation Time ( ASET ) & Required Safety Egress Time ( RSET ) .
根据《地铁设计规范》(GB50157-2003)中对于人员疏散时间的规定,分析可用安全疏散时间(ASET)和必需安全疏散时间(RSET)的计算方法。
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As one of important aims of building fire protection design , the occupant egress safety also contains uncertainty . Many uncertain parameters are involved in the calculation of ASET ( Available Safety Egress Time ) and RSET ( Required Safety Egress Time ) .
人员安全疏散作为建筑防火设计中的重要目标之一,在计算ASET与RSET过程中涉及到很多不确定性的参数,同样也存在不确定性问题。