For instance, we can check all the running processes and their memory maps, we can check CPU information, mounts, and more.
比如，我们可以检查所有运行的进程和他们的内存印象图，我们可以检查CPU信息，挂载文件系统，更多。
This ensures that the requester must expend a certain amount of CPU cycles in order to post, but it's quite inexpensive for the target site to check.
这就确保了请求者必须补充一定数量的CPU周期才能发布，但目标站点的检查成本又很低。
You can then use several ioctls to create a virtual CPU, check kvm versions, create a memory region, and then start a virtual CPU.
您然后可以使用几个ioctls 来创建一个虚拟CPU，检查kvm版本，创建内存区域，然后启动一个虚拟 CPU。
If you suspect that the problem is due to a large or overly busy process, then you should check the output of the ps tool, look for the process size, the percentage of memory, and CPU being utilized.
如果您怀疑是一个大型的或过度繁忙的进程导致了该问题，那么您应该检查ps工具的输出，查找进程大小、内存百分比和cpu利用率。
Next, check the percentage of the CPU consumed by using the Date object.
下面，检查使用Date对象消耗的cpu百分比。
Check for hangs from CPU usage.
根据CPU使用量检查挂起。
However you can raise the sample size to 10 at the cost of some additional CPU usage in order to closely approximate true LRU, and check if this makes a difference in your cache misses rate.
你可以提升样品大小配置到10，它将接近真正的LRU算法，并且有不同错过率，但是要消耗更多的CPU。
For solve this problem, the paper introduces a temperature scrutiny system, that USES integration temperature sensor MAX6613 for the check component, MSP430F149 for CPU.
为解决这一问题，本文介绍了一种采用集成温度传感器MAX6613作为检测元件，MSP430F 149作为CPU的温度监控系统。
For solve this problem, the paper introduces a temperature scrutiny system, that USES integration temperature sensor MAX6613 for the check component, MSP430F149 for CPU.
为解决这一问题，本文介绍了一种采用集成温度传感器MAX6613作为检测元件，MSP430F 149作为CPU的温度监控系统。
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