Dynamic CPU frequency setting can partly save the power in local computing.
对节点的本地计算，CPU频率的动态调节可以部分地节约能量。
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。
The freq_step setting changes the size of the frequency step the governor uses to change CPU frequency in either direction.
freq_step设置修改调控器在调整CPU频率时使用的频率步长（包括提高和降低两个方向）。
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。
Unfortunately, there is still no universal way to analyze the influence of CPU frequency upon battery, and known DVS algorithms are not flawless.
然而，目前尚没有通用的方法对CPU频率和电池之间的关系进行深入研究，这导致动态调压算法不能最大限度地延长电池工作时间。
It displays everything from the CPU clock and technology to ram frequency, BIOS and Windows version, license information for installed programs and a lot more.
它可以显示很多内容，从CPU时钟频率和技术到RAM频率、BIOS和Windows版本、已安装软件的授权信息等等。
The ondemand up_threshold is set to 80 by default, meaning that once the CPU utilization reaches above 80 percent, the governor will increase the frequency.
ondemand up _ threshold默认设置为80，表示一旦CUP利用率达到80%以上，ondemand调控器将提高频率。
CPU Power Management shows how to adjust the processor's frequency to save a maximum of energy without losing too much performance.
CPU电源管理说明了如何调整处理器的工作频率，从而节省大部分能量而不会明显降低性能。
Internal CPU provides all functions usually built in electronic flow meters, incl. low flow rate correction, frequency response setting, bandwidth of sensitivity setting at low flow rates, etc.
内部CPU提供通常的内置电子流量表的所有功能，包括低流速校正、频率反应设置、低流速时灵敏度设置范围等。
The reason is very simple, balanced mode of the system as "passive" cooling mode, when the CPU temperature exceeds the threshold will reduce CPU core temperature by means of frequency reduction;
原因很简单，平衡模式下的系统散热模式为“被动”，当CPU温度超过阀值后会通过降频的方式降低CPU的核心温度；
This paper introduces a design of single frequency network adaptor, which consists of a core functionality module based on FPGA and a control module based on an ARM embedded CPU.
介绍了一个单频网适配器的设计方案，该方案由基于FPGA实现的核心功能模块和基于ARM嵌入式CPU实现的控制模块组成。
The chip initialization includes the set of frequency of CPU etc.
其中片级初始化包括CPU主频的设置等；
Intel Core i5 and Core i7 operates well below its thermal and electrical limits, allowing the Turbo Boost to "overclock" the CPU clock frequency and speed.
英特尔的Core i5和Corei7运行，远低于其热和电的限制，使涡轮推动的“超频”的CPU时钟频率和速度。
This article introduces the misuse of super frequency for speeding up CPU in non linear editing system.
介绍在非线性编辑系统中，为提高计算机的运行速度对CPU进行超频时的误用。
The part of hardware refers to CPU and CPU interface circuit, motor driving circuit, voltage-frequency transform circuit, pulse power and so on.
硬件部分主要涉及CPU及其接口电路、电机驱动电路、变频取样电路、脉冲电源等。
The part of hardware refers to CPU and CPU interface circuit, motor driving circuit, voltage-frequency transform circuit, pulse power and so on.
硬件部分主要涉及CPU及其接口电路、电机驱动电路、变频取样电路、脉冲电源等。
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