Check for hangs from CPU usage.
根据CPU使用量检查挂起。
Decreased CPU usage on the client.
降低客户机上的CPU占用。
CPU过度使用。
CPU Max: Peak CPU usage during the test.
CPU最大值：测试期间的CPU使用率峰值。
CPU avg: Average CPU usage during the test.
CPU平均值：测试期间的平均CPU使用率。
Reduce CPU usage during plug-in initialization.
在插件初始化期间减少cpu利用率。
A memory and CPU usage Monitor with a memory cleaner.
一个带有内存清理工具的内存和CPU使用管理器。
The estimated CPU usage for this activity is 0.07.
此活动预计的CPU利用率为 0.07。
CPU usage should grow linearly as the workload increases.
CPU使用率应该随工作量的增加呈线性增长。
We kept adding workload until vmstat reported 90%+ CPU usage.
我们不断增加工作负载，直到vmstat报告的CPU使用量超过 90%。
The CPU usage is reduced when two cluster replicators are used.
使用两个集群复制器时CPU使用也下降了。
CPU Usage statistics are provided over five time intervals.
CPU Usage统计信息分五个时间段提供。
Screen shot of a Historical CPU usage graph for an LPAR on 595-1.
595-1上一个LPAR的历史CPU使用情况图的屏幕截图。
But it also increases CPU usage and hence limits the scalability of the system.
但该参数也增加了CPU的使用，因此，它限制了系统的可伸缩性。
JTop shows the CPU usage of the threads running within the current application.
JTop将显示当前应用程序内运行线程的CPU使用情况。
The following wlmstat output shows CPU usage averaging around the soft Max.
下面的wlmstat输出显示平均CPU使用量大约在软限制左右。
In the above example, the dashboard is showing the CPU usage over the last hour.
在上面的例子中，指示板显示最近1个小时的CPU使用。
Memory leaks cause frequent GCs and result in high CPU usage and low throughput.
内存漏洞会导致频繁的GC，而且会导致高cpu使用率和低吞吐量。
The actual CPU usage used for AME may be lower or higher depending on the workload.
根据工作负载不同，AME实际的CPU使用量可能更低或更高。
Listing 5 is a graph of the database CPU usage with the write-through use case.
列表5是一幅采用write - through产生的数据库cpu占用图。
Then we added resource controls to limit the CPU usage for the active WPAR, as follows
然后，启用资源控制，限制这个WPAR的CPU使用量，如下所示
Now let's compare the peak CPU usage for these same two pairs of groups (see figure 4).
现在来比较一下相同两组的CPU峰值使用情况(参见图4)。
So once again, this chart shows the CPU usage is reduced when two cluster replicators are used.
这个图表再次表明，使用两个集群复制器时会减少CPU的使用。
You can see this in the following example, which reports logical CPU usage at two-second intervals.
下面的示例以两秒的时间间隔报告逻辑CPU使用量。
Next, we need to get a total CPU usage for all running processes, then divide by the number of CPUs.
接下来，我们需要获取全部运行的过程的总的CPU使用值，然后除以CPU 的个数。
This means that the bad guys don't care so much about CPU usage since it's not their CPU that's in use.
这就意味着坏人并不太在乎CPU的使用，因为使用的并不是他们自己的CPU。
These include lower CPU usage, improved memory savings, and 50 percent more users supported on Domino 7.
这包括更少的CPU占用率、改进了内存的使用情况并且在Domino 7上可以多支持50%的用户数。
Document the results obtained (up to 28 percent CPU usage improvement) from our upgrade of the production DPARs.
记录从生产DPAR升级中获得的结果(多达28%的CPU使用率改善)。
Whenever a workload's utilization level goes high, the -r option can be used to record memory and CPU usage.
只要工作负载的利用率水平得到提高，即可使用-r选项来记录内存和CPU占用率。
Whenever a workload's utilization level goes high, the -r option can be used to record memory and CPU usage.
只要工作负载的利用率水平得到提高，即可使用-r选项来记录内存和CPU占用率。
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