shared processor

英 [ʃeəd ˈprəʊsesə(r)] 美 [ʃerd ˈprɑːsesər]

网络  共用处理机

计算机



双语例句

  1. The concept is very similar to that of the shared processor pool and micro-partitions.
    这个概念与共享处理器池和微分区非常相似。
  2. This feature allows partitions that have dedicated processors to contribute towards the shared processor pools.
    这个特性让分区可以把专用的处理器提供给共享处理器池。
  3. I have attempted to demonstrate why I believe lpar2rrd is the best free tool for monitoring and reporting on shared processor pool usage on IBM Power based systems.
    我解释了我为什么认为lpar2rrd是监视和报告基于IBMPower的系统上的共享处理器池使用情况的最好的免费工具。
  4. The entitlement for these virtual processors is then redistributed on an as needed basis to other virtual processors on client partitions in the shared processor pool.
    然后将这些虚拟处理器的权限基于需求重新分配给位于共享处理器池中的客户分区的其他虚拟处理器。
  5. This allows you to deliver increased capacity from the shared processor pools.
    这支持从共享的处理器池提供计算能力。
  6. After using this for several years, I have come to rely on it as an excellent monitoring and reporting tool for shared processor pools on IBM Power based systems.
    我已经使用这个工具好几年了,一直依靠它监视和报告基于IBMPower的系统上的共享处理器池。
  7. The value of a shared processor partition â™ s processing units can be seen in partition_entitled_capacity.
    共享处理器分区的处理单元可以在partitionentitledcapacity中看到。
  8. The shared processor function allows you to assign partial processors to a logical partition.
    共享处理器功能使得您可以将处理器的一部分分配给某个逻辑分区。
  9. This increases optimization of physical resources similar to how CPUs are shared with Shared Processor logical partitions.
    这进一步优化了物理资源的利用,比如在共享处理器逻辑分区之间共享CPU。
  10. Each system has a shared processor pool.
    每个系统有一个共享处理器池。
  11. Support for dedicated and shared processor LPAR groups
    支持专用和共享处理器LPAR组
  12. Also notice that shared_processor_mode= 1, since this is a shared processor partition.
    还要注意sharedprocessormode=1,因为这是一个共享处理器分区。
  13. There is no support for features such as uncapped partitions or shared processor pools.
    不支持无上限分区或共享处理器池等特性。
  14. The physical processor set is called the shared processor pool.
    该物理处理器集合被称为共享处理器池。
  15. A physical processor shared across more than one logical partition is called a shared processor.
    而在多个逻辑分区之间共享的物理处理器则称为共享的处理器。
  16. It is intended for use with HMC attached, micro-partitioned systems with shared processor pools.
    它适用于与HMC连接的使用共享处理器池的微分区系统。
  17. Rc& the percentage of shared processor resource that is consumed.
    rc&消耗的共享处理器资源的百分比。
  18. When I considered how I had previously been monitoring and reporting on my shared processor pool, this was a breath of fresh air.
    考虑到我以前监视和报告共享处理器池的艰难经历,这真让我有如释重负的感觉。
  19. The data is processed and graphs are generated for shared processor usage for each LPAR and the shared processor pools.
    它会处理数据,生成每个LPAR和共享处理器池的共享处理器使用情况图。
  20. When I first looked at it, I liked the idea of what it promised, such as monitoring and reporting for a shared processor pool.
    当我第一次注意到它时,我很喜欢它承诺实现的功能,比如监视和报告共享处理器池。
  21. Therefore, the number of online virtual processors dictates the absolute maximum CPU consumption an LPAR can achieve ( should enough capacity be available in its shared processor pool).
    因此,在线虚拟处理器数量决定LPAR可以达到的绝对最大CPU占用量(如果它的共享处理器池中有足够的可用容量)。
  22. Micropartition and Shared processor pools& Micropartioning lets you slice up pieces of your CPUs into virtual partitions.
    微分区和共享处理器池。微分区允许把CPU的片段分配给虚拟分区。
  23. For example, even though Client# 2 is a shared partition, if there were excess CPU cycles in the shared processor pool, it could never borrow more then 1 CPU.
    例如,即使Client2是一个共享分区,如果共享处理器池中有多余的CPU周期,它只能借用1个CPU。
  24. I love this tool as it allows me to quickly review and report on shared processor pool usage across several systems.
    我喜欢这个工具,因为它让我能够快速地检查和报告跨多个系统的共享处理器池的使用情况。
  25. Historical data is available and can provide you with a great view of an LPAR, or an entire system, shared processor usage over days, months, or years.
    可以访问历史数据,可以看到特定LPAR或整个系统上共享处理器使用情况随时间的变化。
  26. PLM is able to manage memory, dedicated processor partitions, and shared processor partitions, using micro-partitioning technology to readjust the resources.
    PLM使用微分区技术重新调整资源,可用于管理内存、专用处理器分区以及共享处理器分区。
  27. In other words, only a partial physical processor is allocated to a logical partition in shared processor mode.
    换句话说,在共享处理器模式中,对一个逻辑分区仅仅分配物理处理器的一部分。
  28. Shared Processor pools: This feature allows virtual partitions to reach into a shared pool to gain more resources as the demand increases.
    共享处理器池:这个特性允许虚拟分区连接到共享池,可以随着需求的增长获取更多资源。
  29. Shared Dedicated Capacity& This permits the donation of spare CPU cycles from dedicated processor partitions to be used in the shared processor pool.
    共享专用容量&这允许专用处理器分区将空闲CPU周期捐献出来,以便在空闲处理器池中使用。