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1·First, make sure that your processor can support frequency scaling.

首先，确保您的处理器可以支持变频。

2·A modified frequency scaling algorithm to process the high squint spotlight SAR data is presented.

首先给出了一种改进的频率变标算法。

3·These governors also allow for some user tuning so you can customize and easily change the frequency scaling.

这些调控器还允许一些用户调优，因此您可以自定义并轻松地更改变频系数。

4·CPU frequency scaling brings up some technical terms that might be unknown to you. Here's a quick introduction.

CPU频率调整有一些相关的技术条款，也许你不清楚，这里是一个简介。

5·Battery status applet features a battery status dialog, power statistics, CPU frequency scaling and power management preferences.

电池状态小应用提供的特点包括：电池状态对话框、电源统计、CPU频率调节和电源管理选项。

6·In addition, extensive documentation is available for changing your processor Settings to maximize the benefits of dynamic frequency scaling based on your current power source.

此外，还有丰富的文档可供更改处理器设置时参考，从而最大程度地发挥基于当前电源动态调整频率的优点。

7·You can see that the conservative governor saves about 20w over the performance governor; that is, there is no processor frequency scaling and the ondemand governor saves about 15w on average.

可以看出，conservative调控器比performance调控器大约节约了20w；也就是说，没有处理器变频且ondemand调控器平均节约15w。

8·It includes such operations as contrast enhancement, cropping, scaling, geometric warping, and frequency domain processing.

它包括的操作有对比度增强、剪切、缩放、几何弯曲和频率范围处理。

9·The file scaling_cur_freq lists the current scaling frequency that the governors are using.

scaling_cur_freq 文件列出调控器当前使用的扩展频率。

10·Therefore, scaling up the frequency on the core does help increasing the performance of the application.

因此，调高核频率有助于增加该应用程序的性能。