processor utilization
英 [ˈprəʊsesə(r) ˌjuːtəlaɪˈzeɪʃn]
美 [ˈprɑːsesər ˌjuːtələˈzeɪʃn]
网络 处理机利用率; 处理器使用率; 处理器利用率; 理器使用率
双语例句
- These tools collect much information to help you determine whether your system is in good performance shape, including data on request response times, processor utilization, and more.
这些工具将收集大量信息，以帮助确定系统是否具有良好的性能设计，其中包括关于请求响应时间、处理器使用率等的数据。 - When this parameter is set to1, any processes with a "nice" value will not be counted toward the overall processor utilization.
当这个参数设置为1时，任何具有“nice”值的处理器不计入总处理器利用率。 - Measuring physical processor utilization based on cycles allocated to the CPU would not be so accurate.
所以，如果根据分配给CPU的周期来度量物理处理器的使用率，将不是十分精确的。 - In addition to the excellent storage cost reduction that has been achieved, processor utilization on the Lotus Domino mail servers was also reduced.
这样，不仅大大减少了存储成本，而且LotusDomino邮件服务器上的处理器占用减少了。 - You should monitor the processor utilization on the Lotus Domino mail server to ensure that the Lotus Domino mail server can handle the added activity from the Lotus Notes Traveler users at peak load.
您应该监视LotusDomino邮件服务器上的处理器利用率，确保LotusDomino邮件服务器在峰值负载下能够处理增加的LotusNotesTraveler用户活动。 - Lastly, the up_threshold setting allows the user to change the max processor utilization threshold that triggers a change in processor frequencies.
最后，upthreshold设置允许用户修改最大处理器利用率阈值，这个阈值触发处理器频率修改。 - The most interesting data is the processor utilization numbers for the machine running the Rational Quality Manager application.
最有趣的数据是运行RationalQualityManager程序的机器所用的处理器使用数量。 - Monitor particularly the processor utilization of both workbench and agent machines while running the performance tests.
在运行性能测试期间，特别监视工作台和代理机器的处理器利用率。 - A new register called PUR is introduced for accurate processor utilization measurements.
为了对处理器使用率进行精确的度量，引入了一个称为PUR的新寄存器。 - Processor utilization resource& PUR register
处理器使用率资源&PUR寄存器 - The sampling_rate, measured in microseconds, determines how often the governor will look at the processor utilization so that it can determine which frequency to set.
samplingrate（以微秒为单位）决定调控器间隔多长时间检查处理器利用率，以便决定设置什么频率。 - If response times are slow even though processor utilization is low, the server may not have enough threads to handle incoming requests.
如果响应时间比较慢，处理器使用也比较低，可能是服务器没有足够的线程用于处理输入请求。 - If you notice that the application responds slowly, yet processor utilization is low, there may not be enough connections available to perform a query on the database.
如果发现应用程序响应变慢，但处理器使用比较低，可能是没有足够的可用连接用于执行数据库查询。 - The AIX performance monitoring commands use the PUR register to calculate processor utilization.
AIX性能监视命令可以使用PUR寄存器来计算处理器的使用率。 - Processor utilization is not the only consideration in tuning the thread pool size.
处理器利用率不是调整线程池大小过程中的唯一考虑事项。 - The ondemand governor checks the processor utilization and if it exceeds the threshold, the governor will set the frequency to the highest available.
随需应变调控器将检查处理器利用率，如果发现其超过阀值，则会将频率设置为可用的最高值。 - When we configured multiple CPUs, we used the System Object metric, otherwise known as the% Total Processor Time ( this measures processor utilization for all the processors combined).
当配置多个CPU时，我们使用SystemObject指标，也被称为%TotalProcessorTime（用来度量结合多个处理器之后的处理器利用情况）。 - Introduced in the2.6.10 kernel, the ondemand governor was the first in-kernel governor to dynamically change processor frequency based on processor utilization.
内核中引入的随需应变调控器是首款根据处理器利用率动态更改处理器频率的内核调控器。 - The relationship between the performance index and the processor utilization of real-time control tasks in different control phases is analyzed, and a fuzzy feedback scheduling system for real-time control tasks is proposed.
摘要分析了实时控制任务的控制性能在不同控制阶段与处理器利用率需求问的关系，提出一种实时控制任务的模糊反馈调度系统。 - The large latency of memory access is a key obstacle to achieving high processor utilization.
存储器访问延迟已经成为高性能微处理器性能发挥的关键障碍之一。 - To improve the processor utilization, the main processors embedded μ C/ OS-II operating system, which mainly used for tasks schedule. So the application program of the main processor is used as the task of the μ C/ OS-II embedded operating system.
为了提高主处理器的利用率，在该主处理器嵌入了μC/OS-Ⅱ嵌入式操作系统，它主要起调度任务的作用，而主处理器应用程序将作为μC/OS-Ⅱ嵌入式操作系统的任务来运行。 - The simulation results of the case study show that the model can not only decrease the number of preemptions effectively but also improve the processor utilization for static priority scheduling algorithm such as rate monotonic scheduling.
本文最后通过实验验证了该微调度的抢占模型不仅有效地减少抢占次数，同时对于静态优先级调度策略如RM，能有效地提高处理器的可调度利用率。 - The dynamic deadline driven scheduling algorithm was then shown to be globally optimum and capable of achieving full processor utilization.
动态分配优先级的EDF算法是全局最优的算法，处理机的利用率达到了100%。 - Furthermore, a DAG scheduling algorithm based on task clustering and duplication is presented in this paper, which is characterized by expanding and merging clusters, and has advantages in both scheduling length and processor utilization over the original algorithm.
提出的以任务簇扩展-合并为特征、以分簇复制为手段的DAG图调度算法，改进和拓展了图解重构方法。 - A new dynamic load balancing method based on Recently-Loaded List is given to improve processor utilization.
采用静态与动态相结合的负载平衡策略和任务预分配策略，提高了处理机的利用率。 - Under the premise of the task fault-tolerant scheduling, the deadline of the primary copy is optimized in order to balance processor load and improve processor utilization.
在满足任务可调度的前提下，对主版本时限进行了优化，在一定程度上均衡处理器负载和提高处理器利用率。 - Simulation results show that the proposed algorithm enhance the task receiving rate and fault-tolerant performance, you can get more than the first-fit algorithm higher processor utilization.
模拟实验表明，本文算法在任务接收率和容错性能上有所提升，可以得到比首次适应算法更高的处理器利用率。