dvs

This paper presents a new hard real-time DVS algorithm .

本文提出了一种新的强实时动态调压算法。

Optimal Algorithm for DVS Control in Soft Real-time System of WSN

WSN软实时系统的DVS控制优化算法

The Research of the Method Using DVS Mechanism in the Low Energy Consumption Microprocessor System Design

基于DVS机制的低能耗微处理器系统设计方法研究

Research of DVS Algorithm Based on Mixed Task Scheduling

基于混合任务调度的DVS算法研究

The conclusion can be used to select or improve DVS algorithms .

这个结论可以用来遴选、改进低功耗算法。

A DVS Algorithm for Soft Real-time Scheduling System in Uncertain Environments

适用于不确定环境中的DVS软实时调度算法

Optimal DVS algorithm for real-time systems with double voltage scalable processor

具有双电压调节处理器的最优DVS算法

Low-Power Computing for Embedded Mobile System Software with DVS Support

DVS技术支持的移动嵌入式系统软件低功耗计算研究

A novel low-power video decoding based on DVS is proposed .

提出一种基于动态电压调节的低功耗解码技术。

Applications and developments of DVS starter culture in China

DVS乳酸菌种在我国的应用及其开发研制

The converter exhibits fast load transient , line transient and DVS response .

在动态情况下，转换器具有快速的负载瞬态响应、线性稳态响应和DVS响应。

At the end of the day , add up the percent DVs .

在一天结束后，把所有营养素的百分比加起来。

These DVS algorithms can be divided into two groups : on-line or off-line .

这些算法可以分成在线和离线两大类。

So far , most of software techniques are based on DVS ( Dynamic Voltage scaled ) .

到目前为止，大部分的软件节能都是基于动态电压调整DVS（DynamicVoltageScaled）。

DVs are about something interesting happened during digging bamboo shoots .

DV是关于挖笋过程中发生的有趣事件。

However , DEDS and DVS were significantly higher in the success group than in the failure group .

但是治疗成功组的DEDS和DVS与失败组相比显著性增高。

The network is the primary channel and existing environment for both students DV and other folk DVs .

互联网是大学生DV乃至更多民间DV的首要传播渠道和生存环境。

In this thesis , our research focus on several specific topics of DVS and it 's variant schemes .

本论文的研究集中在数个指定验证者签章以及其变形签章的主题上。

Objective : To analyse the genetic stability of lactic acid bacteria separated from DVS during subculture .

目的：对从直投式酸奶发酵剂中分离出的乳酸菌菌株传代过程中的遗传稳定性进行分析。

Then static and dynamic low power scheduling algorithms of mixed tasks by using dynamic voltage scaling ( DVS ) technology are proposed .

并结合动态电压调节技术，设计了基于混合任务的静态、动态低功耗调度算法。

In addition , a DVS technology is used reducing the leakage power in the TLB 's memory cells by 90 % .

此外，通过引入DVS技术将TLB存储单元中的漏电功耗减少90%以上。

Designated Verifier Signature ( DVS ) proposal of the concept , a good solution to this particular request .

指定验证者签名概念的提出，很好的解决了这种特殊要求。

Aimed at the node of wireless sensor network in running state an effective method of dynamic voltage scaling ( DVS ) is put forward .

针对无线传感器网络的节点在运行状态提出了动态电压调度（DVS）算法。

The random tests to multiple task sets also demonstrate that more than 15 % energy can be saved in average by this DVS algorithm .

对多种随机任务集的评测显示，该调度算法使得系统能耗平均减少15%以上。

DVS for real-time embedded systems is aimed for not only minimizing the system energy consumption , but meeting the deadline of all tasks .

实时嵌入式系统DVS技术不仅要实现系统功耗的降低，同时也要兼顾系统的实时性，满足任务的截止时间限。

In this article , we propose an architecture using Rule Team Server and DVS to implement a continuous build system for WebSphere ILOG Rules .

在本文中，我们建议使用一个架构，用RuleTeamServer和DVS实现WebSphereILOGRules持续构建系统。

DVS enables the system to run in a lower supply voltage when the system is running at low frequencies by controlling the off-chip converter .

DVS技术更进一步的让系统在低频率运行的同时，控制片外的逆变器使得系统的供电电压也同时降低，进一步降低了系统的功耗。

The existing DVS algorithms can be classified into two kinds : Inter-DVS and Intra-DVS .

现有的DVS算法大体上可以分为两类，任务间DVS算法和任务内DVS算法：任务间DVS算法是以任务与任务之间相互关系为基础，来确定供电电压的。

As a result , through the control of the feedback loop , the output voltage can vary accordingly , realizing the function of DVS .

通过反馈环路的调节，就可以实现输出电压的DVS功能。

However , recent research shows that DVS has a direct and adverse effect on the transient fault rates , and will reduces the reliability of the system .

不过，最近的研究表明，利用DVS进行节能的同时，会提高系统的短暂性错误发生率，导致系统的可靠性降低。