load governor load regulator 负载调节器
no-load speed governor 空载调速器
governor load limitter 调速限载器
load duration curve governor 载荷调整器
isochronous electric load share governor 同步电均分负荷调速器
load speed governor 空载调速器
load sensing governor 负荷感知式调速器
no load speed governor 空载调速器
We'll look at the effects of the tuned governor on a heavier load of 2,000 clients (45-60 percent utilization on average) in the Figure 16 series.
我们将在图16系列中查看在更繁重的2,000个客户端的负载水平(平均利用率为45 - 60%)上这两个调优过的调控器的效果。
Powernowd: This governor daemon bases frequency changes off of the processor load and has four different behavioral modes that users can chose.
power nowd：这个调控器守护进程根据处理器负载改变基本频率，用户可以选择四种行为模式。
Here you can see that for almost every load, the tuned ondemand governor with an upwards utilization threshold of 98 is slightly more power efficient than the default ondemand governor.
从图4可以看出，对于几乎每一个负载水平，调优后的ondemand调控器(利用率阈值为98)比默认ondemand调控器的能效都略高一些。
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