这是捕获的CPU时间。
CPU time comprises user as well as system CPU.
CPU时间包括用户和系统CPU。
In the example, the total CPU time is 52.3 seconds.
在实例中，总的CPU时间是52.3秒。
The actual amount of CPU time the process is using.
某个进程实际使用的CPU时间。
CPUTime: the amount of CPU time utilized by the session.
CPUTime：此会话使用的CPU时间量。
That can waste a lot of CPU time.
那会浪费大量的CPU时间。
The results show that the method is effective and takes short CPU time.
结果表明该方法是有效的并且花费较少的CPU时间。
Worst of all: the CPU time used by the current thread can be irrelevant.
最糟糕的是：当前线程使用的CPU时间可能是不相关的。
For example, you can set CPU time in seconds using the following command.
例如，可以使用以下命令以秒为单位设置CPU时间。
System and user CPU time: The elapsed CPU time consumed invoking a method.
系统和用户CPU时间：调用某方法占用的CPU时间。
Even background apps continue to receive CPU time to execute ongoing tasks.
即使是后台应用，也会持续收到CPU时间，来完成它们的工作。
Many of these apps use upwards of 20mb of RAM and a fair amount of CPU time.
这些应用程序中有不少都需要消耗高达20MB的内存以及较多的CPU时间。
The "sys" field tells you the sum of CPU time used by the system as a whole.
“sys”字段告诉您整个系统占用的CPU时间总和。
What percentage of the total available CPU time is spent in garbage collection?
总的可用CPU时间用在垃圾收集上的百分比是多少？
As such, the application isn't consuming CPU time while it's waiting for results.
如此一来，应用程序在等待结果的时候不会消耗CPU时间。
Experiments show that this new approach requires less CPU time than the previous method.
实验结果表明，该方法在计算时间上明显优于原来的计算方法。
The SDSF DA (Display Active) shows the CPU time consumed, by an address space, in seconds.
SDSF DA（活动显示）通过地址空间以秒为单位显示花费的CPU时间。
The "user" field tells you the sum of CPU time used by the user processor for the operation.
“user”字段告诉您用户处理器为该操作而占用的CPU时间总和。
Compared with other published approaches, this one saves much more memory space and CPU time.
与其它方法比较，本方法节省较多的贮存空间和CPU时间。
CPU (microseconds) : The total CPU time (in microseconds) consumed to execute a SQL statement.
CPU(微秒)：执行sql语句消耗CPU的总时间(微秒级)。
Elapsed CPU time: This is the CPU time consumed by the thread during execution, in nanoseconds.
运行CPU时间：这是线程在执行期间消耗的CPU时间，以纳秒为单位。
Stime shows when the command started, and time shows how much CPU time the process has consumed.
stime显示命令的开始时间，time则显示该进程占用了多少CPU时间。
Thus you can drill down to a node that is consuming excessive CPU time for fast problem resolution.
因此，您可以深入到一个消耗过多CPU时间的节点，来快速解决问题。
Typically, a problem query that takes 30 seconds of CPU time is immediately reduced to 2 or 3 seconds.
通常，花费30秒CPU时间的问题查询会迅速减少到两三秒。
Another note on max_execution_time: This refers to the CPU time of the process, not the absolute time.
关于max_execution _ time，还有一点需要注意：它表示进程的CPU时间，而不是绝对时间。
Suppose we have two tasks: one is to consume twice as much CPU time as the other, yielding a 2:1 ratio.
假设我们有两个任务：其中一个任务占用CPU的时间量是另一个任务的两倍，比例为2：1。
After the measurement, copy and paste the CPU Time values again, and calculate the CPU Time difference.
测量结束后，再次拷贝和粘贴CPU时间值，并且计算CPU时间差。
Under Linux, QEMU sessions consume little CPU time except when the guest operating system is doing work.
在Linux下，QEMU会话占用很少的CPU时间，除了客户操作系统工作时。
For an incremental increase in CPU time, the elapsed time for these queries can be significantly reduced.
通过增加一定的CPU时间，可以大大减少这些查询所需的时间。
Lazy initialization of memory structures will save CPU time and may defer the activation of other plug-ins.
内存结构的滞后初始化可以节省CPU时间并延迟其他插件的激活。
应用推荐