根据工作负载和内存扩展的级别，可能会存在一些额外的CPU占用。
There will be some additional utilization of CPU based on the workload and the level of memory expansion.
用户可以为一个工作负载指定目标内存扩展因数。
The user can specify the target memory expansion factor for a workload.
其后面是4040处理器(1974发布)，其具有扩展指令集、程序内存、寄存器集和堆栈。
Its successor was the 4040 processor (released in 1974), which had an expanded instruction set, program memory, register set, and stack.
他说，虚拟化技术已经不再限于CPU和内存，而是扩展到了存储和策略领域。
He said that virtualization technologies are extending beyond CPU and memory to cover areas such as storage and policy.
在将内核扩展加载到内存中之前检查它们的完整性。
The integrity of the kernel extensions is checked before loading them into memory.
用于应用程序管理堆外内存区域和避免垃圾收集(GC)导致的延迟的机制就是一个此类的扩展。
One such extension is a mechanism for applications to manage areas of memory outside of the heap and avoid delays that are caused by garbage collection (GC).
主板是电脑中主要的电路板，其上安有处理器、内存和扩展槽，并直接或间接地与电脑各个部件相连。
Motherboard is the main computer circuit inside the PC, which holds the processor, memory and expansion slots, and connects directly or indirectly to every part of the PC.
这显示了有关用于生成建模统计数据的扩展内存大小的具体信息。
This displays details about the size of expanded memory that is used to produce the modeled statistics.
使用主动内存扩展能够提高系统的使用率，增加系统的吞吐量。
Utilizing Active Memory Expansion can improve system utilization and increase a system’s throughput.
当扩展堆时，分析可用内存趋势会非常困难。
While the heap is expanding, analyzing free memory trends is very problematic.
尝试将硬盘分配给不同的逻辑卷，这能够以不同的卷轻松扩展虚拟内存。
Try to allocate your hard disk to different logical volumes, which can make it easy to expand virtual memory in different logical volumes.
写入器永远不会阻塞，因为缓冲可以无限扩展，或者至少到了底层内存系统设置的限制为止。
Writers are never blocked because the buffer capacity can be expanded indefinitely, or at least until the limit imposed by the underlying memory system is reached.
要使应用程序可向外扩展，您必须确保内存缓存的使用不是由于正确性方面的原因。
To make the application scale out, you must ensure that memory caches are not used for correctness reasons.
如今，内存容量已经成为妨碍工作负载借助处理器的力量进行线性扩展的主要瓶颈之一。
Today, memory capacity is one of the major bottlenecks that prevents a workload to scale linearly with the power of processors.
当第三次使用内包节点集时，将在扩展存储它，以内存换取处理时间。
When an intensional node-set is used for the third time, it is stored extensionally, trading memory for processing time.
要生成建模的目标扩展内存大小为 5000MB 的AME报告，可使用 -t选项。
To generate an AME report with the modeled target expanded memory size as 5000 MB. –t option can be used.
比如，扩展内存可以隐藏在笔记本或智能手机的插口中，即插即用，提高手持设备的计算性能。
Extra memory could, for example, be hidden in a laptop or smart phone dock to increase a portable device's computing power when plugged in.
分区通过为所报告的扩展因数启用AME能够获得的内存数量
The amount of memory the partition can gain by enabling AME for the reported modeled expansion factor
为LPAR配置的目标内存扩展因数
要使用记录文件生成建模目标扩展内存大小为5000MB的报告，可使用此代码。
To generate a report with the modeled target expanded memory size as 5000mb using the recorded file, use this code.
LPAR 的目标扩展内存大小，以 MB 为单位
GCMV随后得到了扩展，支持分析其他数据源，包括Linux和AIX本机内存日志。
GCMV was later extended to allow it to plot other data sources, including Linux and AIX native memory logs.
在这里，dxmsz栏非常重要，它表示扩展内存的赤字。
The DXMSz column is the important one here, as it shows the deficit in expanded memory.
由于Linux在虚拟系统中应用的增加—尤其是具有多处理器和大量内存的系统—扩展内存的使用对性能非常重要。
As Linux finds increasing use in virtualized systems-particularly those with many processors and vast amounts of memory-the ability to scale memory usage becomes critical to performance.
缓存可以轻松扩展到40GB，可在多台机器上分布，因此整个缓存可以位于内存中，只需要很少的访问时间。
The cache can easily scale to 40 GB, which can be spread across multiple machines, so the whole cache can be in memory, with minimal access time.
显示这些模型所需的数据消耗可用内存，通过导入附加对象领域来扩展一个项目将会增加内存的消耗。
The data required to represent these models consumes available memory. Extending a project by importing additional subject areas will increase the consumption of memory.
正如上文提到的，扩展编译了的方法的数量将影响内存消耗，尽管性能从中获得的好处往往要比增加内存消耗更重要。
Expanding the number of compiled methods, as we mentioned above, has a footprint impact although the benefit to performance is usually more critical than the footprint increase.
注意：内存窗只是为32位应用程序扩展了系统范围的虚拟容量。
Note: Memory Windows extends system wide virtual capacity for 32-bit applications only.
以后活动数据数量增加，堆需要扩展，JVM可以再提交多一点内存，这些内存与当前提交的部分相邻。
Later, when the amount of live data grows and the heap needs to be expanded, the JVM can commit a little more, adjacent to the currently committed area.
为了给全世界的观众提供最大的可扩展性，它采取网页数据生成后在内存中缓存的方法；这就是熟悉的内存数据模式。
To provide extreme scaling for a worldwide audience, the idea was to cache Web page data in memory after it was generated; this is the familiar data-in-memory pattern.
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