The idle system supplies a very rich mixture to start with.
怠速系统提供很浓的可燃混合气供起动使用。
The idle system supplies a very rich mixture to start with.
速系统提供很浓的可燃混合气供起动使用。
For the most reliable results, the system should be idle when you run this command.
为了获得最可靠的结果，在你运行这个命令时，系统应该是空闲的。
System resources are not held up by connections that perform no work (idle connections).
系统资源不被不执行任何工作的连接(空闲连接)所占有。
Note: Our test system was idle, with no other activity running, when we ran these tests.
注意：在执行这些测试时，测试系统是空闲的，测试时没有运行其他任何活动。
Using the powersave governor will prolong a running process since it will be running at the slowest frequency; therefore, it will take longer for the system to go idle and get the C state savings.
使用电能节省调控器会拖慢进程的运行，因为它会以最低的频率运行；因此，系统需要花更长的时间进入空闲状态，然后才能获得 C 电源状态节省。
Conversely, when the usage of a virtual system is lower than the predefined threshold for a certain time, idle nodes are removed or memory is drawn back.
相反的，当虚拟系统的使用在某段时间内低于预定义的阈值，空闲的节点就被删除、或者内存就被收回。
This includes items like the system idle time and whether the user's session is locked.
这包含诸如系统空闲时间、用户会话是否锁定之类的项目。
On first glance, you might think you have a CPU bottleneck, as the system is definitely working hard and there is little idle time.
初看起来，您可能认为出现了CPU瓶颈，因为系统工作得非常辛苦，几乎没有什么空闲时间。
If there are many idle agents and all of them retain their private memory, it is possible that the system runs out of memory.
如果有很多的闲置代理，并且所有这些闲置代理都保留了它们的私有内存，那么就可能导致系统耗尽内存。
It clearly suggests that the system is 99% idle.
它清楚地表明系统的空闲时间达到99%。
These states can provide power savings when the system is idle.
这些状态帮助空闲中的系统节省电能。
It also lists utilization statistics of each logical partition, which includes percentage of entitled capacity in different modes (user, system, idle, and wait).
它还列出了各个逻辑分区的使用率统计信息，包括在不同模式(用户、系统、空闲和等待)中有权使用的容量百分比。
You must also tune the Multi-Processing Module you're using to balance the system resources used with the availability of idle workers for incoming requests.
还必须调优所用的多处理模块，以便在使用的系统资源和可供传入请求使用的空闲worker之间找到平衡。
The columns to observe are "us," "sy," and "id," which denotes CPU utilization time in user space, system space, and system idle time in percentage.
请注意“us”、“sy”和“id”列，它们分别表示用户空间和系统空间的CPU利用率百分比以及系统空闲时间。
The VPA consists of an idle flag that the operating system sets when it is idle, to indicate the status to the hypervisor.
VPA提供了一个空闲标志，操作系统在空闲的时候将该标志置位，以便向Hypervisor说明其状态。
The nt PerfMon utility defines this metric as follows, "the % Total processor time is the average percentage of time that all the processors on the system are busy executing non-idle threads."
NTPerfMon实用工具对这一指标的定义如下：“%TotalProcessortime指系统上所有处理器执行非空闲线程的平均时间百分比。”
With grid computing, if the system housing the application is unusually busy, the application may run on an idle or underutilized system that is part of the grid.
如果装载了该应用程序的系统异常繁忙，那么利用网格计算，应用程序可以在格网中空闲的或未充分利用的系统上运行。
Another possibility is to fork a separate low-priority thread during startup to perform initialization when the system is idle, although this choice requires more care to handle synchronization.
还有一种可能是在启动时派生一个单独的低优先级的线程，当系统空闲时再去完成初始化，不过这种方法需要特别注意处理好同步。
Ge's flight management system (FMS) provides the ability to fly shorter flight paths and idle-thrust descents which reduces fuel consumption, thereby lowering emissions and community noise levels.
通用航空公司的飞行管理系统(FMS)可以缩短飞行路径和降低闲置推力从而降低燃料消耗、排放和噪音。
It represents the number of idle fenced-mode processes (db2fmp) pooled on the system.
它代表系统上缓存的空闲防护模式进程(db2fmp)的数量。
Percentage of system CPU time percentage system time is the percentage of non-idle processor time spent in system mode.
PercentageofSystemCPUTime(系统CPU时间百分比)系统时间百分比是系统模式下非空闲处理器时间的百分比。
The system calls a WH_FOREGROUNDIDLE hook procedure when the application's foreground thread is about to become idle.
系统在应用程序的前台线程即将空闲时，调用WH _ FOREGROUNDIDLE钩子子程。
The engine starting system provides air, fuel, ignition and torque for rotating the engine to an rpm at which the engine can accelerate to idle rpm.
发动机起动系统提供引气、燃油、点火及扭矩，以使发动机转动并加速到慢车所需的转速。
His power core and timing system are irregular, and his idle is set way too high.
其力量核心和计时系统不怎么规则，闲置方式也设置得过高。
Therefore, the idle control system based on FAI's EFI system is the main research issue in this paper.
因此，本文将研究基于FAI电控技术的摩托车怠速控制系统。
It would be idle to pretend the system is perfect.
假装系统完美无疵是徒劳的。
It would be idle to pretend the system is perfect.
假装系统完美无疵是徒劳的。
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